Home |
Search |
Today's Posts |
#1
![]() |
|||
|
|||
![]()
Hello All,
I am looking for the pin out details on the eight pin connector, a tube style connector, that is fitted to this oven oscillator module. DC in, Oscillator output, that sort of information. Regards, John *** Free account sponsored by SecureIX.com *** *** Encrypt your Internet usage with a free VPN account from http://www.SecureIX.com *** |
#2
![]() |
|||
|
|||
![]() Quote:
I also have one of the Ovenaire "Sierra" oven/oscillators. Mine still has the octal socket and wiring with it. Also I opened up mine and took a peek inside. (not much to actually see unless you destroy it) Here is the internal wiring and the external (socket) wiring: Pin #1 - (internal - Red wire) Socket - Red wire connected to pin #4 and probably to (+) voltage. Pin #2 - (internal - N.C.) Socket N.C. Pin #3 - (internal - Green) Socket - Red wire. Pin #4 - (internal - White/Red stripe and a capacitor to pin # 5) Socket - Red wire connected to pin 1 and to + supply. Pin #5 - (internal - White/Black stripe and a capacitor to pin # 4) Socket - Black wire connected to Pin #6 and to pin #8 and probably to - voltage. Pin #6 - (internal - Black wire) Socket - Black wire connected to Pin #5 and to pin #8 and probably to - voltage. Pin #7 - (internal - Yellow wire) Socket - 1,000 ohm resistor to Pin #8 and to Blue/orange stripe wire, probably the RF output. Pin #8 - (internal - bare wire soldered to the metal case) Socket - Other end of the 1,000 ohm resistor and to pins #5 and #6. Probably to (-) voltage. OK, my observations a Pins #1 and #4 are connected to a Plus voltage.. probably +12 or more.. Pin #3 maybe a 'keep-warm' supply which powers the oven when the equipment is turned off. (just guessing here) Pins #5, #6 and #8 are Grounded and connected to the Minus voltage. Pin #7 is the 1000.000KC output. It is loaded by the 1,000 ohm resistor. What I will do when I have some time is to slowly increase the voltage to the oven/oscillator until there is an output on an oscilloscope. That should b a good clue as to what actual voltage was required by the manufacturer. I would like to use mine with a short-wave radio as the marker. Good Luck Eric. |
#3
![]() |
|||
|
|||
![]() Quote:
I have received some additional information from a friend. Pin #1 - Oven Heater (see pin #4 info) Pin #2 - N.C. Pin #3 - Output to an incandescent indicator lamp. Shows oven on/off. (ground other lamp lead) Use a bulb which matches the heater and oscillator voltage. Pin #4 - Plus voltage to oscillator (Less than 30 volts for his model) Start low and work up. Pin #5 - Negative voltage to oscillator (can connect to ground). Pin #6 - Oven Heater (can connect to ground). Pin #7 - 1 MC/S RF output into 500 ohm load. Pin #8 - Ground for entire shield can and for the R F output. Please look at my previous post to see how my socket was wired. Thank you, Eric. |
Reply |
Thread Tools | Search this Thread |
Display Modes | |
|
|
![]() |
||||
Thread | Forum | |||
Ovenaire Model OSC-85-11 | Homebrew | |||
Ovenaire Model OSC-85-11 | Homebrew | |||
Crystal Oven Pinout | Homebrew | |||
Crystal Oven Pinout | Homebrew | |||
FA: Vintage Regency Crystal Controlled Police Scanner Model # ACT-R-106 | Scanner |