|
|
Chokes
|
|
1. Compact dummy size for greater effieciency 2. Less power loss 3. Low radiation noise
|
| |
|
Chokes
|
|
|
1. Compact dummy size for greater effieciency 2. Less power loss 3. Low radiation noise
|
| |
|
Encoder Potentiometer Number System
|
|
1. High-precision sliding type encoder. 2. Compact design, long life and high reliability. 3. Low cost as compared with optical type. 4. Available in a wide variety of lineup to meet all user needs.
|
|
|
|
Encoder Potentiometer Number System
|
|
1. Small body as thin as 4.4 mm. Height from the shaft center to the product todp is only 3.6 mm. 2. A long-life type that can operate more than 100,000 cycles. 3. The operability has been improved b
|
| |
|
Encoder Potentiometer Number System
|
|
|
1. High-precision sliding type encoder. 2. Compact design, long life and high reliability. 3. Low cost as compared with optical type. 4. Available in a wide variety of lineup to meet all user needs.
|
| |
|
Encoder Potentiometer Number System
|
|
|
1. Small body as thin as 4.4 mm. Height from the shaft center to the product todp is only 3.6 mm. 2. A long-life type that can operate more than 100,000 cycles. 3. The operability has been improved b
|
|
|
|
Flat Chokes
|
|
1. Low Profile 2. High current 3. Low DCR 4. Low loss up to 3 MHz
|
| |
|
Flat Chokes
|
|
1. Low Profile 2. High current 3. Low DCR 4. Low loss up to 3MHz
|
| |
|
Flat Chokes
|
|
|
1. Low Profile 2. High current 3. Low DCR 4. Low loss up to 3 MHz
|
|
help
Add to favorite
Favorite products
