RS Components, Ltd. Datasheets for PIN Diodes
PIN diodes are three-layer semiconductor diodes consisting of an intrinsic layer separating heavily doped P and N layers. The charge stored in the intrinsic layer in conjunction with other diode parameters determines the resistance of the diode at RF and microwave frequencies.
PIN Diodes: Learn more
| Product Name | Notes |
|---|---|
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Anode Application = Attenuator, Switch Number of Elements per Chip =... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Anode Application = Attenuator Number of Elements per Chip = 2... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Anode Application = Switch Number of Elements per Chip = 2... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Anode Number of Elements per Chip = 2 Application = Attenuator,... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Anode Number of Elements per Chip = 2 Maximum Forward Current... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Cathode Application = Attenuator, Switch Number of Elements per Chip =... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Cathode Application = Attenuator Number of Elements per Chip = 2... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Cathode Application = RF Attenuator Number of Elements per Chip =... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Cathode Application = Switch Number of Elements per Chip = 4... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Cathode Number of Elements per Chip = 2 Application = Switch... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Common Cathode Number of Elements per Chip = 2 Maximum Forward Current... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Complex Array Number of Elements per Chip = 4 Application = CATV/... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Isolated Application = AGC Number of Elements per Chip = 2 Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Application = AGC Number of Elements per Chip = 2 Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Application = Attenuator, Switch Number of Elements per Chip = 2... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Application = RF Attenuator Number of Elements per Chip = 2... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Application = Switch Number of Elements per Chip = 2 Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Number of Elements per Chip = 2 Application = AGC Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Number of Elements per Chip = 2 Application = Attenuator, Switch... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Number of Elements per Chip = 2 Application = Attenuator Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Number of Elements per Chip = 2 Application = High Speed... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Number of Elements per Chip = 2 Application = RF Attenuator,... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Number of Elements per Chip = 2 Application = Surge Protection... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Number of Elements per Chip = 2 Application = Switch Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Series Number of Elements per Chip = 2 Maximum Forward Current =... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Application = Antenna Switches Number of Elements per Chip = 1... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Application = Attenuator, Switch Number of Elements per Chip = 1... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Application = Attenuator Number of Elements per Chip = 1 Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Application = High Frequency Switching Number of Elements per Chip =... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Application = High Speed Switching Number of Elements per Chip =... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Application = Switch Number of Elements per Chip = 1 Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Application = TV, VTR Tuners Number of Elements per Chip =... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Application = AGC Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Application = Antenna Switches... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Application = Attenuator, Switch... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Application = Attenuator Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Application = Band Switching... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Application = Low Distortion... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Application = Switch Maximum... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Application = TV, VTR... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Maximum Forward Current =... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Single Number of Elements per Chip = 1 Mounting Type = Surface... | |
| A wide range of PIN diodes suitable for use in RF switching and attenuator applications. Diode Configuration = Triple Number of Elements per Chip = 3 Application = RF Attenuator,... | |
| Band Switch. Diode 35V Mini-MELF SOD-80 - Discrete Semiconductors - Rectifier & Schottky Diodes | |
| Diode 35V 100mA Band Switching DO-35 - Discrete Semiconductors - Switching Diodes | |
| PIN Diode Band Switching MiniMELF SOD-80 - Discrete Semiconductors - PIN Diodes | |
| PIN Diode Band Switching MiniMELF SOD-80 - Discrete Semiconductors - PIN Diodes Delivery on production packaging - Reel. This product is non-returnable. | |
| PIN Diode Variable Attenuator 4GHz MCOB6 - Discrete Semiconductors - PIN Diodes | |
| Schottky Rectifiers are semiconductor diodes that exhibit very low forward voltage drop with a very fast switching action. The reverse recovery times of Schottky diodes are extremely quick. Schottky diodes... | |
| Vishay ultrafast recovery rectifiers have very fast reverse recovery times as low as 15ns and voltage levels as high as 1500V. Typical applications include very high frequency switched mode power... |