Error Code / Kode Error pada Printer Canon MP258

Kode Error Canon MP258 dan Cara Mengatasinya :
Kode Error MP258 ada 2 jenis kode, yaitu :
1. yg menggunakan huruf depan P, misal P07
2. yg menggunakan huruf depan E, misal E05

Kode Error P Canon MP258 :
P02 (Carriage error)
Solusi :
1. Pastikan tidak ada benda asing yg nyangkut di roll printer.
2. Bersihkan dan cek encodernya, mungkin kena cipratan tinta.

P03 (Line feed error)
Penyebab : Timing Disk kotor / rusak.
Solusi :
1. Cek timing disk sensor di sebelah kiri printer
2. Cek dan bersihkan boardnya.

P05 (ASF sensor error)
Penyebab : sensor pendeteksi kertas Canon MP258 Error.
Solusi :
Coba ganti salah satu spare part berikut ini :
• ASF / PE sensor unit.
• Motor .
• Board Printer Canon MP258.

P06 (Internal temperature error):
Penyebab : panas yg berlebihan di dalam printer Canon MP258.
Solusi :
1. Bersihkan bagian dalam printer MP258.
2. ganti Board Printer MP258

P07 (Ink absorber full):
Penyebab : Ink Counter Full / Penuh, Printer Canon MP258 minta di reset pakai Software.
Solusi : Reset Printer Canon MP258 dengan menggunakan software

P08 (Print head temperature rise error):
Penyebab : Head terlalu panas, melebihi ambang batas, biasanya Catridge warnanya
Solusi :
Coba ganti catrid warna Printer Canon MP258.

P09 (EEPROM error)
Penyebab : EEPROM board Canon MP258 mengalami Corrupt atau rusak.
Solusi :
1. ganti Board Printer Canon MP258.

P15 (USB VBUS over current)
Penyebab : Printer kelebihan arus dari kabel USB Printer Canon MP258.
Solusi :
1. Coba Ganti Kabel USB Printer Canon MP258.
2. Jika masih rusak, ganti Board Printer Canon MP258.

P20 (Other hardware error)
Penyebab : kerusakan hardware lainnya
Solusi :
ganti Board Printer Canon MP258.

P22 (Scanner error)
Penyebab : scanner tidak berfungsi
Solusi :
1. Ganti scanner Printer Canon MP258.
2. Ganti Board Printer Canon MP258.

Kode Error E canon MP258 :

E04 : Catridge canon MP258 tidak terpasang dengan baik.
Solusi : Ambil catridge, trus pasang lagi

E05 : Catridge canon MP258 tidak terpasang dengan baik atau salah satu catrid ada yg rusak
Solusi :
1. Ambil catridge, trus pasang lagi
2. Ganti catridge jika ada yg rusak

E14 dan E15 : Catridge canon MP258 tidak terpasang dengan baik.
Solusi : Ambil catridge, trus pasang lagi

E13 dan E16: Ink has run out / catridge minta di reset.
Solusi :
Tekan tombol STOP / Reset selama 5 - 15 detik tunggu sampai led display berproses.

Driver Canon MP258

Download :

Driver Printer Canon MP258
File name : mp250swin104ea24.exe
File version : 1.04
File size : 20,641KB
Support : Windows 7/7 x64/Vista/Vista64/XP/2000
Download disini

Driver Scanner Canon MP258

File name : mpnexwin304ea23-2.exe

File version : 3.04

File size : 48,709KB

Support : Windows 7/7 x64/Vista/Vista64/XP/2000

Download disini

Driver Canon IP1000

Download :


Driver Canon IP1000
Download disini

Driver Canon Pixma IP2770

Download :


Driver Printer Canon Pixma IP2770
File name : driver canon ip2770.exe
File size : 15,473 KB
Download disini

Driver Canon Pixma IP1880

Download :


Driver Printer Canon Pixma IP1880
File name : mypr-win-2_9_0-en.exe
File version : 2.9.0
File language : English
File size : 2,655KB

Support : Windows 7/7 x64/Vista/Vista64/XP/2000
Download disini

12V Motor DC Variable Speed Controller

[English]
This is one series that can be used to regulate speed DC12V motor with PWM technique. Series Variable Speed ​​Motor DC Controller 12V uses a 555 timer IC as a PWM pulse generator to regulate the motor speed DC12 Volt. DC motor speed control process performed by adjusting thepotentiometer R1 lever which in principle is set High and Low pulse width of the PWM pulse. For more details can be seen from a series of Variable Speed ​​DC MotorController 12V follows.

Series Variable Speed ​​DC Motor Controller 12V above the power MOSFET drivers in the form of a IRFZ46N that directly associated with DC motors. Working voltage of this circuit can be adjusted according to needs-driven DC motor, this circuit can work from 3 to 18VDC.

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Inverter 12vdc to 220vac 100 watt

[English]
Converter / Inverter 12 VDC to 220VAC 100W MOSFET is a series that serves to convert the DC voltage 12V to 220V AC voltage with 100Watt power. Series Converter / Inverter 12 VDC to 220VAC 100W MOSFET amplifier uses a MOSFETIRF540 final. The heart of the series converter / inverter 12 VDC to 220VAC 100W MOSFET is IC CD4047 astable multivibrator. Working frequency converter / inverter 12 VDC to 220VAC 100W MOSFET is determined by the outputof the multivibrator IC CD4047 can be set using VR1.


Tranformotor used for the series converter / inverter 12 VDC to 220VAC 100WMOSFET can use 2-3A transformer with primary coil 0 and 220 V as output and 12VCT secondary coil 12V as input in the drive by the MOSFET T1 and T2 in series converter / Inverter 12 VDC to 220VAC 100W MOSFET this.

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Inverter 12vdc to 220vac 500 watt

[English]
Series Inverter 500 Watt 12VDC to 220VAC is made using a transistor. The heart of the circuit Inverter 12 VDC to 220VAC 500 Watt This is a configuration of 2 pieces of transistors Q1 and Q2 which form a series of Flip-Flop. The output of the flip-flop Q1and Q2 in the circuit Inverter 12VDC to 220VAC 500 Watt is then broken down foreach pulse to complement each other using a series compiled by Q3 and Q4. Outputwhich complement each other is then given to the driver transistors Q5 and Q6 formthe transistor 2SC1061. Series Inverter Power Inverter from 12VDC to 220VAC 500Watt This is a series of parallel transistors Q7 and Q8 are prepared and Q7x and Q8xthe form of power with a type 2N3055 transistor 10 pieces. drawing a complete rangeof circuit Inverter 12VDC to 220VAC 500 Watts can be seen as follows.

Step up part of the circuit Inverter 12VDC to 220VAC 500 Watt 12V CT uses 12Vtransformer in the secondary and primary 0 - 220V. Working frequency of the circuitInverter 12VDC to 220VAC 500 Watt is determined by the flip-flop which is set to 50Hz.

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Charger Battery Alkaline

[English]
Alkaline Battery Charger series is special used for alkaline battery charger. Alkaline Battery Charger With this series of alkaline batteries that have been drop (1.3 V) to the Rev back to 1.6 V. LEDs on the circuit this Alkaline Battery Charger will flash during charging process, and will be extinguished when the battery is full. The series also features Alkaline Battery Charger for 9V battery charger. VR 47 Ohm serves to regulate the battery charging current.

Alkaline Battery Charger series below utilizing each side beat AC signal from travo to perform the charging process, which is controlled using a 4 pieces set as the rectifier diodes. In charging battere with this series should often be controlled, because this circuit is not equipped with overcharge protection, especially for small-size battery.

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Rain Detector

[English]
Rain Detector Using 555 is a simple alarm that can be used to find out it was raining. Rain Detector Using In principle this is an astable multivibrator 555 which is prepared by IC555 with a sensor attached that can detect water. Astable multivibrator with the555 is set in the audio frequency with a frequency of 1 KHz. Using Rain Detectorcircuit 555 can be disupplay with voltage source that is free enough from 5-15 VDC. In the application circuit Rain Detector Using this 555 can be mounted motor, car or other object that we want to protect from rain.

Water sensor used in the circuit 555 Rain Detector Using this we can make yourself degan a PCB that we make the path as shown in the image above or as disclosed from the image above is by using aluminum foil taped to a board or boards that areplastic insulator . The important principle of this sensor is to conduct electrical current very well when the surface is exposed to water even a little.

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Accumulator Charger

[English]
This charger will charge any 12V lead acid battery including flooded, gel and AGM. It is fully automatic and will charge at a rate up to about 4A until the battery voltage reaches a preset point at which it will switch to a very low current float charge. If the battery voltage drops again the charger will begin charging until the voltage once again reaches the cut off point. In this way it can be left connected to a battery indefinitely to maintain full charge without causing damage. An LED indicates when the battery is fully charged. R2 will have to be adjusted to set the proper finish charge voltage. Flooded and gel batteries are generally charged to 13.8V. If you are cycling the battery (AGM or gel) then 14.5V to 14.9V is generally recommended by battery manufacturers.

To set up the charger, set the pot to midway, turn on the charger and then connect a battery to it's output. Monitor the charge with a voltmeter until the battery reaches the proper end voltage and then adjust the pot until the LED glows steadily. The charger has now been set. To charge multiple battery types you can mount the pot on the front of the case and have each position marked for the appropriate voltage. Q1 will need a heatsink. If the circuit is mounted in a case then a small fan might be necessary and can generally be powered right off the output of D1. T1 is a transformer with a primary voltage appropriate to your location (120V, 220V, etc.) and a secondary around 12V. Using a higher voltage secondary (16V-18V) will allow you to charge 16V batteries sometimes used in racing applications. If the circuit is powered off, the battery should be disconnected from it's output otherwise the circuit will drain the battery slowly.

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6 Led Amplifier Audio Level Indicator

[English]
This is one of many audio level indicator circuit. The different is this circuit should be connected to the output of amplifier while the other indicators connected before amplifier module. This circuit will show the real audio output by LED indicator level.

Notes:

# The output power indicated by each LED must be doubled when 4 Ohms loads are driven.

# The circuit can be adapted to suit less powerful amplifiers by reducing the number of LEDs and related voltage dividers.

# LEDs of any dimension can be used, but rectangular shaped devices will be more suitable to be compacted in bars or columns.

# For a stereo amplifier, two identical circuits are required.

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Lamp Intensity Regulator

[English]

Different levels of light intensity when the reading is different during sleep, for that reason this circuit is created. How it works is very simple, just by adjusting VR1 potensio with maximum power of the lamp used is 150 watt.

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Infra Red Remote Tester

[English]
This circuit is very effective to test remote is working or not, the remote that can be tested only remotely using infrared such as air conditioning, television, and others. It works is very simple circuit, when the infrared sensors receive signals from the pin 2 sensor will generate a voltage, this voltage will lead the PNP transistor so that the LED lights and disc piezo (BUZZER) will be active.

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6 Band Graphic Equaliser Circuit

[English]
This circuit is a 6 band equalizer which is similar to the equalizer in winamp but winamp has 10 bands, you can adjust the sound on low, medium and high use IC 741 Op-Amp. With this circuit you can control the frequency of the desired tone. Basically, the series consists of the main components of IC 741 that can work on different frequencies will be determined by the potentiometer setting.

Audio frequency spectrum covers 6 bands: 50Hz, 160Hz, 500Hz, 1.6kHz, 5kHz, 16kHz. All potentiometers are linear type 100kO. This circuit provides sufficient impetus for normal use. Supply voltage range (6V-12V) makes the circuit very flexible.

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Simple Guitar Effects Circuit

[English]
The series of guitar effects that will we make is very simple. IC UM3561 to producefour different sound effects, the output at Pin 3 will be amplified by transistor 2N2222. Both 4-way switchs will control the sound effects. Position 1 (as drawn) into police siren, position 2 is the sound of fire trucks, ambulances and position 3 is 4 is the effect of machine guns. This is following circuit schemes :

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Multivibrator Monostable IC 555 Circuit

[English]
Monostable multivibrator circuit IC 555 is a pulse generator circuit which pulse duration is determined by the RC that is connected to the IC timer 555. In the vibrator, one output will be stable for another quasi-stable (unstable). To trigger the automatic output of a quasi-stable state to stable state deposited by an external capacitor that is connected to a reference level. The time needed depends on the pulse width in storage. Output transition from stable state to a quasi-stable state is triggered by external factors.

The capacitor C should be free through the barriers of RA. RAC constant time constant is bigger, longer time required for the capacitor voltage to reach 2 to 3 VCC. In the other words, the time constant RC of the output pulse width control. Pulse width of the circuit can range from micro-seconds to many seconds. This circuit is widely used in industry for diverse of time circuits.

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9 Seconds Timer with 7 Segment

[English]

This circuit counts down for 9 seconds with 7 segment display. When the switch is closed, the CD4010 up / down counter timer attached to the 9 and 555 disabled with the output held high. When the switch is opened, the timer produces a second clock signal, reducing the counter until the count 0 is reached. When the count reached zero, the implementing signal at pin 7 of the timer into a low, giving power12 volt to relay and stopping the clock with a low signal on reset line (pin 4). Relay will remain live until the switch is again closed, resetting the counter to 9. The first second clock signal from the timer 555 can be adjusted slightly longer or shorter by increasing or decreasing the resistor value on pin 3 of timer.

Note:

* This circuit can be activated from the 9V battery or 12V DC power supply.

* Time delay can be varied by changing the resistor value on pin 3 IC555.

* The switch push button to start the timer.

* Equipment can be connected via relay contacts.

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Simple Running Led / Letter Circuit

[English]
This is a circuit that displays a run message in which letters are formed by the LED lights are arranged progressively. After all the letters the message has been lit, the circuit will resets.

The circuit is built by IC CD4017BC that use counter. Either feature is the provision CD4017BE of ten fully decoded outputs, making this IC ideal for use in avariety of sequencing operations. In this series only one high-voltage output is fixed and other output will switch to high voltage in a row each clock pulse comes. NE555 timer IC is installed as a stabilizer 1Hz multivibrator which clocks the IC2 forse quencing operations. At reset, output pin 3 to rise and make the transistor T7 at the ready. The output of transistor T7 is connected with the letter 'W' from the wording ofthe LED and thus the letter 'W' lit.

At the time of the first clock pulse comes, pin 3 pin 2 decreased and increased.Transistors T6 to work and light 'E' lit. Previous letter 'W' also remains on because the forward bias transistor T7 via diode D21. In the same way, the arrival of each pulse in a row, other letters from the screen also turns on and finally all the letters are lit.

On the next clock pulse, pin 6 will be valued logic 1 and reset circuit, and repeated insequence. The sequence led operation frequency is controlled with the help potmeter VR1. The screen can bebe repaired on veroboard properly sized and connected to supply ground of the public ( between 6V - 9V ) while the anode of the LED must be connected to the emitters of transistors T1 through T7 as shown in the circuit . The series above is very flexible and can be transferred with a large number of LEDs tocreate any design LED fashion jewelry. With two circuits connected in the same manner, multiplexing of LEDs can be done to give effect to move the display.

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Li-Ion Battery Charger Using USB Port

[English]
The USB port is one of the means of much use. Besides being used as a port interface to the device I / O computer, this port is also used as Li-Ion Battery Charger. The USB port capable of supplying a maximum voltage of 5.25 V with maximum current 0.5 A. Therefore, the below series can only be used to charge Li-On batteriesalone. As the LM3622 controller IC is used. The main function of this IC is as a determinant of late and battery charging. Circuit Li-Ion battery charger can you see in the picture below :

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12 Volt Adapter Circuit

[English]

At this time no longer have to bother looking for the op-amp, transistors and other components to realize a large series of regulators, because these series have been packaged into a fixed voltage regulator IC. Currently, many components known as78XX series voltage regulator remains positive and 79XX series is a voltage regulator to remain negative.

In fact, these components are usually already equipped with current limiting and temperature control (thermal shutdown). This component is only three pins, and by adding some components you can have a circuit with power regulation was good. For example, 7805 is a voltage regulator to get a 5 volt, 12 volt voltage regulator7812, and so on, for example, while the 79XX series is the 7905 and 7912, respectively, negative voltage regulator 5 and 12 volts.

The adapter that we will create this having an output (output) 12 volt regulated well, some people say pure voltage (real). If the components are installed in accordance with the scheme below, the adapter sets this series will have a load current of 5 amperes, if you want the adapter is capable of providing a greater flow you can add apower transistor (2N3055) and replace the diode bridge with diodes that have higher amperage. The output circuit of this adapter can be used to run the tape car, radio transmitter, CCTV cameras, and other electronic equipment. I recommend to use the cooler on the transistors, because the use of the old adapter causes the heat and thus extend the make useful life of your adapters.

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Simple Touch Sensor

[English]
The human body can affect the performance of electronic circuits, this is because the human body has the ions are electrically charged, although extremely small. Electrically charged ions in the human body can be used to create a series of sensors that work if the human body parts will be active is a series of touch sensors.

This touch sensor circuit utilizing a monostable circuit as an active barrier rangakianload. This monostable circuit using IC 555 as the heart and using a combination of C1 and the activation of VR1 as a determinant of the length of the load circuit. This time I use an alarm circuit as an expense. Alarm circuit will be active at the time of the touch plate is touched by the human body and will die automatically during the timethat we set with his monostable circuit.

If there are any problems during the manufacture of sensors are not sensitive or even too sensitive you can change the value of R1. This chain is suitable for trap thieves.You can connect a touch sensor input circuit with the door handle or a trellis made ​​ofmetal or other parts of your home which will approximately be touched by the thief at the time trying to break into your house ... xixixi

If you want to create a series of other sensors for the purpose of holding an active load for a certain time, you can use IC monostable circuit 555. Or you can use filp-flop IC as a drag on the load with a single trigger signal. Essentially any type of circuit you are using an active circuit can with stand a load even if the input signal has changed back. In a series of touch sensor this time I use the monostable circuit IC 555 in order to set the length of time the alarm will be activated.

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Simple Bell

[English]
There is an electronic circuit is very simple and easy to make, this series is a series of bells that you can apply to many things such as a bicycle bell, bell door /gate, the bell on the bus, toys, or various kinds of you creations.

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Fire Sensor

[English]

Pictured above is a circuit of fire sensor image uses electronic components namely LDR sensor. Potentiometer 100 Kohm serves as a voltage divider with LDR sensors that will be fed to the IC.

If the LDR detects a fire, the speakers will sound. The fire sensor circuit is very suitable to be placed in the Hotel, Mall, Office, and others. Very simple right.

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Simple Mosquito Repellent

[English]
This is a diagram circuit of ultrasonic mosquito repellent. The series is based on the theory that insects such as mosquitoes can be expelled by use of ultrasonic sound frequency above 20 Khz. This circuit uses a CMOS 4047 IC PLL as a frequency oscillator that working at 22KHz. A complementary symmetry amplifier consisting of four transistors is used to amplify the sound. Speaker piezo buzzer / buzzer to convert the output of the amplifier that produces an ultrasonic sound that can be heard by mosquitoes.

IC CD4047B capable of operating either in monostable or astable mode. It requiresan external capacitor (between pins 1 and 3) and an external resistor (between pins 2and 3) to determine the output pulse width in the monostable mode, and frequency output in the astable mode. Astable operation is activated by high levels of low input level. Frequency output is determined by the Q1 and it can be triggered Q2. Repeated device by applying a simultaneous transition from low to high both a trigger and retrigger inputs. High level on Reset input to low output Q1, Q2 to high. Here's the layout of IC CD4047 :

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Emergency Lamp with IC 555

[English]

Emergency lamp with IC 555 is one solution for lighting during power outages. This circuit uses 12 v DC voltage source that can be supplied from the 12 v battery. The circuit is very simple and easy to make because all the components easily available in the market. This circuit can turn on the 5W-10W lamp. The circuit is built with a multivibrator stabilizer with IC 555 that is used to drive the transformer through Q1. For more details can be viewed directly from the image below :

Work frequency range of Emergency Lamp with IC 555 is determined from the configuration of R1, R2 and C2. T1 in this series is a 10V 500 mA transformer. Secondary part (0-10V) is connected to the Q1 to be given the signal from the multivibrator. Then the primary (0-220V) is connected to the lamp.

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