- About
- Reed Relays
- By Series No.
- Single-in-Line (SIL/SIP) Relays Series 100 – 110
- 100 – Low Thermal EMF Relays
- 101 – Direct Drive From CMOS
- 102 – Up to 20W Coaxial RF/High Speed Digital
- 103 – Low Capacitance – Wide Bandwidth
- 104 – HV 1kV Switching, 3kV Stand-Off
- 105 – 20W (Dry) & 50W (Mercury)
- 106 – 0.2” x 0.8” Standard Size up to 20W
- 107 – Mu-metal Standard Size up to 20W
- 108 – 0.15” x 0.8” Mu-Metal Screened Relay
- 109 – 0.15” x 0.6” – Up to 20W + RF
- 110 – 0.15” x 0.4” – Up to 20W
- Single-in-Line (SIL/SIP) Relays Series 111 – 119
- 111 – 0.15” x 0.4” 5W + 1.5GHz RF
- 112 – 0.15” x 0.4” 10W High Density
- 113 – 0.15” x 0.5” 3W (Form C),
10W (Form A) - 114 – 40W High Power SIP
- 115 – Up to 1 Amp, 20W High Density
- 116 – 0.5A, 10W Very High Density
- 117 – 0.5W, 5W Very High Density
- 118 – High Coil Resistance – Small Size
- 119 – Up to 3KV Stand-off – Mini High Voltage
- Dual-in-Line (DIL/DIP) Relays
- Ultra-High Density 4mm Relays
- High Voltage (HV) Relays
- Classic – Legacy Relays
- Surface Mount (SMD) Relays
- Single-in-Line (SIL/SIP) Relays Series 100 – 110
- By Application
- Custom Relays
- Reed Relay Selector (BETA)
- By Series No.
- How to Buy
- Resources
- News
- Support
50 years of designing, manufacturing & distributing quality Reed Relays
T +44 (0) 1255 428 141
Email: sales@pickeringrelay.com
Pickering Electronics Ltd
Stephenson Rd, Clacton, Essex, England, CO15 4NL
SPECIALIST MACHINERY
Pickering Electronics In-house designed product equipment
In House Automation
Due to the unique nature of our relays, much of our production machinery is designed and manufactured by our engineering staff. Above is part of the production equipment used in the manufacture of our popular Series 109P Single-in-Line relay.
This is the finishing stage in the production of the popular Series 109P relay. The relay enters this stage from the right.
The unwanted part of the leadframe (the salvage bar) is removed leaving the connection pins of the relay at the finished length. The relay is then removed from the salvage plastic part and moves on to have the part number, date code and Pickering name printed on the top face.
The finished part exits this stage and is passed to our Test Department for thermal cycling and Final Test. We do not sample test. All Pickering relays are tested for every operating parameter.
MODERN ENGINEERING
Automated Coil Winding facility at Pickering Electronics
Automated Coil Winding
Most Pickering reed relays are constructed using 'formerless' coils wound on 'state-of-the-art', precision automatic winding machines.
An adhesive on the coil wire, is melted under high temperature during the winding process to form a solid 'self supporting' coil assembly.
This technique dispenses with the extra thickness required by a coil bobbin and allows Pickering to manufacture the smallest and most sensitive reed relays that are available today.