| DC21.0021.1111 |
Schurter |
801 |
AC Power Entry Modules Non-ill 2-Pole 10A w/ switch |
| DC21.0021.1111.21 |
Schurter |
0 |
AC Power Entry Modules DC21 POWER ENTRY MODUL 10A - V-LOCK |
| DC21.0023.1111 |
Schurter |
80 |
AC Power Entry Modules Red ill 2-Pole 10A w/ switch |
| DC21.0024.1111 |
Schurter |
80 |
AC Power Entry Modules Green ill 2-Pole 10A w/ switch |
| DC2100B-C |
Analog Devices Inc. |
21 |
Power Management IC Development Tools 12 Cell 4A Controller Board. Bi-Directional Active Cell Balancer with LTC3300-1, LTC6804-2 & LTC6820 |
| DC2100B-D |
Analog Devices Inc. |
1 |
Power Management IC Development Tools 12 Cell 4A Stacked Board Bi-Directional Active Cell Balancer with LTC3300-1 and LTC6804-2 |
| DC2103A |
Analog Devices Inc. |
3 |
Power Management IC Development Tools LTC3107 Demo Board 20mV start-up Energy Harvester and Battery Life Extender |
| DC2104A |
Analog Devices Inc. |
1 |
Power Management IC Development Tools LT8312EMS Demo Board 90VAC = VIN = 265VAC; VOUT = 400Vdc @ 0.375A |
| DC2105A-A |
Analog Devices Inc. |
1 |
Power Management IC Development Tools LTC3630AEMSE/LTC3630EMSE Demo Board High Efficiency High Voltage 500mA Synchronous Step-Down Converter |
| DC2106B-B |
Analog Devices Inc. |
1 |
Power Management IC Development Tools LTM4676AEY Demo Board: 130A = (1 x LTM4676A) + (3 x LTM4630) |
| DC2108A |
Analog Devices Inc. |
3 |
Power Management IC Development Tools LTC3897 Demo Board Vin =16V to 55V with Vout of 48V at 4A to 12A (depending on boost ratio) |
| DC2110A |
Analog Devices Inc. |
3 |
Power Management IC Development Tools LT8631EFE Demo Board 6.5V = VIN = 100V; VOUT = 5V @ 1A |
| DC2111A-A |
Analog Devices Inc. |
1 |
Power Management IC Development Tools LTC3774EUHE Demo Board 10V - 14V Input to 1.2V at 90A Output @ 89% Efficiency |
| DC2111A-B |
Analog Devices Inc. |
0 |
Power Management IC Development Tools LTC3774EUHE Demo Board 10V - 14V Input to 1.2V at 120A Output @ 89% Efficiency |
| DC2112A |
Analog Devices Inc. |
1 |
Power Management IC Development Tools LTC3649EUFD Demo Board 4V = VIN = 60V; VOUT = 3.3V or 5V @ 4A |
