Product Description
Description: RELAY RF DPDT 1A 3V
Product Information | Resources |
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Specifications |
Product Attribute | Attribute Value |
Coil Voltage | 3V DC |
Operating Function | 1 Coil Latching Type |
Protective Construction | Sealed Type |
Terminal Type | PCB, SMD |
Nominal Operating Power | 70mW |
Pick-Up Voltage | |
Drop-Out Voltage | |
Contact Arrangement | 2 Form C |
Contact Material | Stationary: AgPd + Au clad Movable: AgPd |
Contact Rating | 10mA 10V DC (resistive load) 1A 30V DC (resistive load) |
Contact Carrying Power | 3W (at 1GHz, impedance 50?, V.S.W.R. max. 1.2) |
Isolation | Between open contacts: Min. 20dB Between contact sets: Min. 30dB |
Insertion (Without D.U.T Board's Loss) | Max. 0.3 dB |
V.S.W.R | Max. 1.2 |
Expected Life: Mechanical | 1x10^8 |
Expected Life: Electrical | 107 (at 10mA 10V DC resistive load) 105 (at 1A 30V DC resistive load) |
Breakdown Voltage (Contact-Contact) (Initial) | 750Vrms |
Breakdown Voltage (Initial) : Between Contact And Coil | 1000Vrms |
Ambient Temperature | -40°C to +85°C |
Set Voltage | 75%V or less of rated voltage(Initial) |
Reset Voltage | 75%V or less of rated voltage(Initial) |
Series Features |
RA SERIES RELAYS |
Series Description: Panasonic RA Series Relays are High Frequency Signal Relays with a Double Pole Double Throw (2FormC) contact arrangement with 50 Ohm Impedance matching options which can switch up to 1GHz transmission signal and 3 Watt carrying power. This Relay is available as a surface mount device and has dimensions that are (14.7 x 9.7 x 5.9) mm. This series is also available with a single-side stable type as well as both 1-coil and 2-coil latching operation types. In order to achieve excellent high frequency characteristics, Panasonic RA Series High Frequency Relays have a unique contact-point structure that is different from that of general-purpose Signal Relays. The contact point of Panasonic high frequency relays is surrounded by a metal shield plate that is connected to multiple earth terminals which would be connected to ground on the PC Board. The contact points are designed as a double-break. When the contact point is OFF, the contact spring will touch with the shield plate. The adoption of this complicated structure is what ensures excellent electrical isolation. Microwave devices are essential components for switching high frequency signals in measuring instruments, mobile phone base stations, and radios. In measurement equipment such as oscilloscopes and spectrum analyzers, these Relays are able to control high frequency signals for transmitting and receiving circuits as well as fulfill the long life requirements of these devices. For mobile base stations, high frequency relays can be used to switch in a redundant circuit for the tower mounted amplifier in case a power loss occurs. In wireless LAN applications, Relays can be used to switch the transmitting and receiving signal of a ZigBee module or other transceiver device. |
Applications: Communication Equipment; Measurement Equipment |
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