the circuit is about jdm programmer. came from this **broken link removed**.
my problem is i cannot find two of the diodes used in our area, the zd5v1 and zd6v2.
the electronic store attendant suggested replacement for zd5v1 a in4733a, and for zd6v2 the in4735a.
to make matters worse i cannot find the datasheet of zd5v1 and zd6v2 in google. since i was thinking to verify if they really had the same rating like the store attendant told me.
can you tell me one or two replacement for these diodes?
The ZD5V1 is a 5.1 Volt .2 Watt zener diode and the ZD6V2 is a 6.2 volt .2 Watt zener diode. The suggested replacements of 1N4733A and 1N4735A respectively will work just fine. They are rated for 1 Watt so slight overkill. So what is the problem?
the electronic store attendant suggested replacement for zd5v1 a in4733a, and for zd6v2 the in4735a.
They are zener diodes, 5.1V and 6.2V respectively.
The diodes suggested are zeners of the correct voltage, so should be fine - however, I can't help thinking that a zener with it's voltage as part of it's number makes a lot more sense than the IN series devices.
Zener diodes are not perfect. Most have a VZ voltage of plus or minus 5%. A 5.6V zener could be 5.32V or 5.88V or anywhere in between.
The voltage changes a little with its current (IZ).
Zener diodes change their voltage when the temperature changes (except for ones with a voltage of about 6V). So you do not want to operate them at a high current which makes them hot.
They are zener diodes, 5.1V and 6.2V respectively.
The diodes suggested are zeners of the correct voltage, so should be fine - however, I can't help thinking that a zener with it's voltage as part of it's number makes a lot more sense than the IN series devices.
That is so true. Everytime I see a 1N number on a zener I have to go back and reference it to published data. Friggin waste of time.
Why not 2V1 or 7V5 or 6V8 printed on the thing like it used to be. Worse is Panasonics way of color coding zeners that they have used on certain chassis.