Schottky barrier diodes are semiconductor diodes designed with minimal forward voltage and fast switching speeds which may be as low as 10 ns. These are manufactured in current ranges of 500 mA to 5 amps and up to 40 V. Due to these features they become specifically suitable in low voltage, high frequency applications such […]
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IC 4025 Datasheet, Pinout Working, Application
The CD4025 is a CMOS IC that contains three independent NOR gates, each with three inputs and one output. The device is designed for use as a digital buffer or inverter in high-noise environments due to its high noise immunity. Electrical Characteristics: Pinout Configuration The pinout configuration of the IC 4025 are as I have […]
IC 4024 Datasheet, Pinout Working, Application Circuit
IC 4024 is a 7-stage binary ripple counter with a divide-by-two section and a reset input. It is a CMOS integrated circuit and can operate at a wide range of supply voltages. Here is a datasheet for the IC 4024: General Description The IC 4024 is a 14-stage binary ripple counter with a divide-by-two section […]
IC 4069 Datasheet, Pinout Working, Applications
The IC 4069 is a CMOS hex inverter that contains six independent inverter gates. These are called inverters because these gates will always invert the signal at their inputs to produce an opposite signal at their outputs. Pinout diagram of the IC 4069: Understanding the Pinout Working of the IC 4069 As explained above, the […]
IC 4070 Datasheet, Pinout Working, Truth Table, Electrical Characteristics
The IC 4070 is a quad 2-input XOR gate IC which is designed for a wide range of digital logic applications. The XOR function is a logical operation that produces a high output (1) only when the inputs potentials are not similar. The IC 4070 contains four independent XOR gates in a single package which […]
TSOP1738 Infrared Sensor IC Datasheet, Pinout, Working
Video showing the Testing of TSOP1738 with 38 kHz Frequency The TSOP17XX series of ICs are infrared sensor devices designed for sensing infrared frequencies only with a specific range of modulated frequency, and interpreting them into a proportionate magnitude of electrical pulses at the output. This is specifically done to make the sensor immune to […]