High Voltage Shielded Instrument Grade - B.T - A manufacturer of Solid State Relays, Reed Relays and MEMS Switches.

Check out our High Voltage Shielded Reed Relays, perfect for clear, stable signals in test & measurement tasks. They cut down interference and work great with voltages up to 4KV. Built tough and reliable, they offer steady performance in any setup. They're simple to use, durable, and a go-to for high-voltage needs, all thanks to our 30+ years of experience in making them. B.T is a high-quality RF MEMS Switch, Opto-MOS Relay ,Opto-MOSFET Relays, Reed Relay, Solid State Relay manufacturer from Taiwan. With more than 30 years relay manufacture experience, Bright Toward is specialised in manufacturing different kinds of relays.

service@relay.com.tw

Contact Us

High Voltage Shielded Instrument Grade

High Voltage Shielded Reed Relays which are perfect for clear and stable signals in the test and measurement field. / Bright Toward Industrial Co., Ltd is a manufacturer of Solid State Relays, Reed Relays and MEMS Switches.

High Voltage Shielded Reed Relays which are perfect for clear and stable signals in the test and measurement field.
High Voltage Shielded Reed Relays which are perfect for clear and stable signals in the test and measurement field.

High Voltage Shielded Instrument Grade

Check out our High Voltage Shielded Reed Relays, perfect for clear, stable signals in test & measurement tasks. They cut down interference and work great with voltages up to 4KV. Built tough and reliable, they offer steady performance in any setup. They're simple to use, durable, and a go-to for high-voltage needs, all thanks to our 30+ years of experience in making them.

All Conditions
Search

Click and select your search query

Result 1 - 12 of 13
ImagenameContact FormLoad Voltage (V)Load Current (A)DownloadAction
10W/1,500V/2A Reed Relay BMF-1A**-*-H Series 10W/1,500V/2A Reed Relay

1 Form A

1500

2
10W/1,500V/2A Reed Relay
10W/1,500V/2A Reed Relay BMF-2A**-*-H Series 10W/1,500V/2A Reed Relay

2 Form A

1500

2
10W/1,500V/2A Reed Relay
50W/2000V/3A Reed Relay BFM-1M-*** 50W/2000V/3A Reed Relay

1 Form A

2000

3
50W/2000V/3A Reed Relay
50W/1500V/2A Reed Relay BFM-1M-**N 50W/1500V/2A Reed Relay

1 Form A

1500

2
50W/1500V/2A Reed Relay
10W/2,000V/2.5A Reed Relay HRR2-1A**-* Series 10W/2,000V/2.5A Reed Relay

1 Form A

2000

1.3
10W/2,000V/2.5A Reed Relay
100W/1,000V/2.5A Reed Relay HRR2-1A**-*HV Series 100W/1,000V/2.5A Reed Relay

1 Form A

1000

2.5
100W/1,000V/2.5A Reed Relay
10W/250V/1.2A Reed Relay HRR5-2A**-1 10W/250V/1.2A Reed Relay

2 Form A

250

1.2
10W/250V/1.2A Reed Relay
10W/2,000V/1.3A Reed Relay HRR5-2A**-2 10W/2,000V/1.3A Reed Relay

2 Form A

2000

1.3
10W/2,000V/1.3A Reed Relay
10W/250V/1.3A Reed Relay HRR4-1A***-1 Series 10W/250V/1.3A Reed Relay

1 Form A

250

1.2
10W/250V/1.3A Reed Relay
10W/2,000V/1.3A Reed Relay HRR4-1A***-2 Series 10W/2,000V/1.3A Reed Relay

1 Form A

2000

1.3
10W/2,000V/1.3A Reed Relay
2000V/3A Reed Relay HMR8-2A-**-1 2000V/3A Reed Relay

2 Form A

2000

3
2000V/3A Reed Relay
1500V/3A Reed Relay HMR8-2A-**-2 1500V/3A Reed Relay

2 Form A

1500

3
1500V/3A Reed Relay
Result 1 - 12 of 13

B.T - A Manufacturer of High Voltage Shielded Instrument Grade

Located in Taiwan since 1988, Bright Toward Industrial Co., LTD. is a relay supplier and manufacturer. Main products, including Opto-MOSFET Relays, Opto-SiC MOSFET Relays, Solid State Relays, Reed Relays, and RF MEMS Switches.

B.T supplies relays to the world's semiconductor and automotive industries for over three decades and has long term long-term partnerships with OKITA Works based in Japan; Menlo Microsystems based in California; JEL Systems based in Japan and Teledyne Relays and Coax Switches based in California. Mainly serve the Semiconductor Testing, ATE, BMS (Battery Management Systems), industrial machinery and Electric Vehicle industries.

B.T has been offering customers high-quality Opto-MOSFET and Opto-SiC MOSFET relays since 1988, both with advanced technology and 30 years of experience, B.T ensures each customer's demands are met.