Pickering Electronics, the reed relay company which has pioneered miniaturisation and high performance for over 50 years, will showcase its latest range of high coil resistance reed relays for low power consumption; the Series 100HV and Series 100HC at Productronica India 2021 in Hall 3 at Booth C001.

Pickering Electronics has launched the Series 100 HC high power SIL/SIP reed relays that is rated for 1A switching at up to 40W and up to 3A continuous carry current.

New 100HC reed relays offer up to 3A continuous carry current and high coil resistances up to 6000Ω. Due to the high power rating of 40W, in many cases these relays may be used as an alternative to mercury wetted relays. Free samples are available for evaluation. Find out more by visiting us at Productronica Germany this November on booth A1.452.

Pickering Electronics has introduced a new changeover 1 Form C version of its popular Series 67 high voltage PCB reed relay that saves space and makes design simple.

Pickering has announced that it has developed a miniature reed relay for use in a new test rig, designed by globally-renowned chip maker, ON Semiconductor. The new Series 131 deliver a minimum stand-off of 1500V, switching at 1000V, on a footprint of just 12.5mm x 3.7mm.  These SPST N.O. relays switch up to 0.7 Amps, 10 Watts with an option of 3V, 5V or 12V coils. Learn more 

Pickering Electronics has announced that it has developed a miniature high voltage relay for use in a new test rig, designed by ON Semiconductor. In switching systems for test and measurement applications, reed relays are often the best solution thanks to their small size, high isolation resistance, hermetically sealed contacts, fast operate time and long-life expectancy.

Pickering Electronics has launched an extremely small high voltage reed relay, housed in the miniature SIL/SIP package, new Series 131 reed relays have a footprint of just 12.5x3.7mm and a height of 6.6mm and deliver a minimum stand-off of 1,500V.

Pickering has signed a distribution deal with Testco, the specialist distributor of passive, electromechanical and interconnect components based in Sunnyvale, CA. This means that Pickering’s large range of reed relays for A.T.E. switching and semiconductor test is now available and supported by the distributor across North America.

Pickering Electronics has announced that its two-pole single-in-line (SIL) 117 series reed relay is being extensively used in large switching matrixes due to a combination of small size, performance and cost.

The reed relay company with a focus on miniaturisation and high performance, Pickering Electronics, has added a new 10W-rated reed relay to its successful 4mm2 product family which features devices that occupy a PCB footprint of only four by four millimetres, facilitating the highest packing density currently available.

What is claimed to be the industry’s smallest reed relay will be displayed by Pickering Electronics at the upcoming Engineering Design Show, Ricoh Arena, Coventry (17-18 October). The Series 124 is part of Pickering’s new ultra-high density 4mm2 reed relay range product line, which takes up the minimum board area of only 4mm x 4mm, allowing the highest packing density possible.

It has been announced that Pickering Interfaces is showcasing its latest high density PXI and Ethernet LXI Switching and Simulation Solutions and Signal Routing Software at Booth 6373, SEMICON West.

The reed relay company, Pickering Electronics, has announced a very small reed relay. The Series 124 is part of Pickering’s new ultra-high density 4mm2 reed relay range product line, which takes up the minimum board area of only 4x4mm, allowing the highest packing density possible.

The high voltage Single-In-Line (SIL/SIP) reed relay range from Pickering Electronics has expanded to include three new series that all offer higher packing density. The series 67 and 68 dry reed relay range for up to 10kV, and the series 119 Micro-SIL range for up to 3kV. The company claims that the series 119 is the industry’s smallest high voltage SIL/SIP Reed Relay for up to 3kV stand-off. 1 Form A, 2 Form A and 1 Form B versions a...

The Pickering Series 115, 116 and 117 are three ranges of small Single Pole (1 Form A) reed relays ideal for the construction of high density matrices or multiplexers. These three ranges have identical pin configurations allowing a common PCB for all types but allowing the designer a range of switch ratings according to which part is fitted.

Pickering’s newly released Series 67 and 68 Reed Relay range present some interesting packing possibilities for high density applications such as multiplexers and matrices in instrumentation and test systems. They are to be showcased at Semicon West this July.

Pickering Electronics’ recently released the series 67 and 68 reed relay range, which are available for up to 10kV stand-off, 7.5kV switching, with an option of either PCB or flying lead switch connections. Similar in specification to the long established Pickering Series 60/65, these relays are manufactured in a Single-in-Line (SIL) format using former-less coils which dispense with the more usual coil supporting bobbin, allowing a smaller...

The broad range of PXI of Ethernet LXI RF & Microwave switching solutions from Pickering Interfaces, including its newly announced PXI RF Multiplexer range (40-760), will be showcased at the IEEE MTT-S 2016 International Microwave Symposium (IMS) at booth 1850 on 22nd-27th May.

Using only the highest quality materials, Pickering Electronics manufactures and distributes reed relays for instrumentation and ATE, high voltage switching, low thermal EMF, direct drive from CMOS, RF switching and other specialist applications. The company will be demonstrating its new reed relays in stand 3107 at Electronica China 2016, Shanghai New International Expo Centre, 15th to 17th March.

  Pickering Electronics have expanded their Reed Relay range to include three new series that all offer higher packing densities. The series 67 and 68 dry Reed Relay range for up to 10kV, and the series 119 Micro-SIL range for up to 3kV.