owlexifry Well-known member Aug 18, 2025 #3,062 jessenator said: Is this YAK ? Click to expand... FWW Plus — Barber Electronics www.barberelectronics.com OD-1 based. keen to try.
jessenator said: Is this YAK ? Click to expand... FWW Plus — Barber Electronics www.barberelectronics.com OD-1 based. keen to try.
jessenator Well-known member Aug 19, 2025 #3,064 Robert said: View attachment 101520 View attachment 101519 Click to expand... Did he buy those from 2D503Bs you, @Robert ? Also, why the 253? All I can divine from the datasheet is wider operating temp range... Last edited: Aug 19, 2025
Robert said: View attachment 101520 View attachment 101519 Click to expand... Did he buy those from 2D503Bs you, @Robert ? Also, why the 253? All I can divine from the datasheet is wider operating temp range...
J jwin615 Well-known member Aug 19, 2025 #3,065 jessenator said: Also, why the 253? All I can divine from the datasheet is wider operating temp range... Click to expand... You mean the JRC072?
jessenator said: Also, why the 253? All I can divine from the datasheet is wider operating temp range... Click to expand... You mean the JRC072?
jessenator Well-known member Aug 19, 2025 #3,066 jwin615 said: You mean the JRC072? Click to expand... Thought the top was the proud batch and date code. Tired brain.
jwin615 said: You mean the JRC072? Click to expand... Thought the top was the proud batch and date code. Tired brain.
pettert Clipping Connoisseur Aug 19, 2025 #3,067 "intended for application as the switching elements in pulse high-speed devices of nanoseconds" Do they clip nice?
"intended for application as the switching elements in pulse high-speed devices of nanoseconds" Do they clip nice?
Robert Reverse Engineer Aug 19, 2025 #3,068 Is this really happening? I can't even be sure anymore. Well played sir... well played.
jessenator Well-known member Aug 19, 2025 #3,069 Robert said: Is this really happening? I can't even be sure anymore. Click to expand... Thanks, Louis Rossmann...
Robert said: Is this really happening? I can't even be sure anymore. Click to expand... Thanks, Louis Rossmann...
Rpschultz13 Well-known member Yesterday at 3:59 PM #3,070 Robert said: View attachment 101520 View attachment 101519 Click to expand... I've never seen this before, but damn that's smart. I'm assuming installing resistors/diodes vertically it's to make it easier to: a) probe b) remove Anything else?
Robert said: View attachment 101520 View attachment 101519 Click to expand... I've never seen this before, but damn that's smart. I'm assuming installing resistors/diodes vertically it's to make it easier to: a) probe b) remove Anything else?
Robert Reverse Engineer Yesterday at 4:03 PM #3,071 Rpschultz13 said: Anything else? Click to expand... Heat dissipation and physical real estate. It's pretty common to see higher wattage resistors installed vertically to prevent damage to the board if/when they heat up. It's kinda annoying when it comes to tracing because the end I need to measure is always the (inaccessible) one on the bottom...
Rpschultz13 said: Anything else? Click to expand... Heat dissipation and physical real estate. It's pretty common to see higher wattage resistors installed vertically to prevent damage to the board if/when they heat up. It's kinda annoying when it comes to tracing because the end I need to measure is always the (inaccessible) one on the bottom...
jimilee Well-known member Yesterday at 6:31 PM #3,072 Rpschultz13 said: I've never seen this before, but damn that's smart. I'm assuming installing resistors/diodes vertically it's to make it easier to: a) probe b) remove Anything else? Click to expand... Yeah, 8th watt resistors are horrible, so damn tiny.
Rpschultz13 said: I've never seen this before, but damn that's smart. I'm assuming installing resistors/diodes vertically it's to make it easier to: a) probe b) remove Anything else? Click to expand... Yeah, 8th watt resistors are horrible, so damn tiny.