SN75064 ~ SN75067 current Darlington circuit diagram of a switch

  
SN75064 ~ SN75067 is a monolithic, high-voltage, high-current Darlington switch output termination
SN75064 ~ SN75067 current Darlington circuit diagram of a switch - schematic

has clamp diodes, suitable inductive loads. Each package of four Darlington pair can be used in parallel, so you can obtain further large current output. The chip output current up to 1.5A, rated power 2W, high voltage output, with output clamping diodes to the common emitter current absorption circuit. Wherein the input SN75064 / 75065 is compatible with TTL, DTL and 5V CMOS circuit; input SN75066 / 75067 is compatible with PMOS and high voltage CMOS circuit. By SN75066 for delay drive interface should use typical circuit is shown.



Recommended videos


  • 5V dc power supply (part 1 of 3)
    Duration: 10:19.
  • How to Make Power Supply Circuit in Proteus
    Duration: 3:23.

News


  • EDN Europe (registration) (blog)
    EDN Europe (registration) (blog) STNRGPF01 is a configurable high-efficiency interleaved power-factor correction controller that STMicroelectronics says can simplify access to digital-power advantages. The SMPS reduces technical challenges an
     24 March 2017
  • WebWire (press release)
    WebWire (press release) Geneva, March 23, 2017 - The STNRGPF01 SMPS (Switched-Mode ) controller from STMicroelectronics delivers the flexibility and high efficiency of digital power without the technical challenges and time to develop custom
     23 March 2017
  • Electronics Weekly (blog)
    Electronics Weekly (blog) Connect the red positive rail to the 5V (pin 27 of the Nano, labelled 5V). This is necessary if you are operating from the USB connector. Connect pin 4 of the Nano (labelled GND) to ... After testing your circuit on
     21 March 2017
  • Electronics Weekly (blog)
    Electronics Weekly (blog) I used a Magnavox AC adapter, but any similar with a DC output from 7.5V to 12V should work. These are readily available online and cost from under $1.00 to about $3.00. Be sure to use two ight LEDs that are ... The
     14 March 2017
  • Electronic Design
    Electronic Design Don't rely solely on electronic of to protect relay contacts. Electronic takes a finite time to react, and decoupling capacitors are often on the output of a . There's nothing better than
     29 September 2016
  • Hackaday
    Hackaday [GreattScott!] combines a few of these into a relatively useful variable with . Admittedly, this is more of academic exercise if your only metric for success is monetary savings. Comparable can be purchased
     12 September 2016
  • Electronic Design
    for Light LoadsWhile these circuits are easy to configure, you should take utmost care to create a bench prototype and add an appropriate filtering and protection circuit to avoid potentially fatal injuries. The user must ensure that the in
     12 September 2016
  • Hackaday
    [GreattScott!] combines a few of these into a relatively useful variable with . Admittedly, this is more of academic exercise if your only metric for success is monetary savings. Comparable can be purchased
     12 September 2016
  • Control Design
    in industrial machineryThis capability may also determine the specified. Some have little current inrush (current overload) capability and other powers supplies have a very high inrush capability, up to 400%. If high inrush
     28 June 2016

.