小尺寸封装开关模块 —— SIMRC

  • 低成本嵌入式开关
  • 未为人用途的继电器,多路复用器和矩阵几种配置
  • 具有I²C和RS-232接口
  • 简单的ASCII指令集
  • 使用高品质的 Pickering舌簧继电器
  • 用于构建高密度开关网络
  • 标准的72针SIM连接器
  • 提供特殊的型号

我们的小尺寸封装开关模块SIM继电器板卡(SIMRC)采用低成本的工业标准SIM连接器,提供多种配置可供选择。这类板卡是需要将开关系统放置于开关被测单元的装置中的理想之选。

这些小尺寸封装开关模块无需设计开发人员拘泥于路由复杂的开关电路的细节,您可以从类型繁多的采用内置RS-232和I²C接口的板卡中进行挑选。SIM继电器模块可安装于一张简单的母卡上,且可以用来构建很高密度的开关网络,另外还可以进行非常简便的现场维护。

下方的表格有助于您选择适合您应用的产品类型:
Untitled Button
Max I (A)
Max V DC
Poles
Channels
Relays
Relay Contacts
Banks
X Size
Y Size
Price

1090-001

SIMRC- 72 Pin Simm Socket

Low cost embedded switching

¥450

1091-001

Small outline PCB with 72 Pin Socket

Supports one card and provides easy method of wiring a cable to the card by soldered connections

¥625

1081-001

RS232 9 Way D-Type lead

Low cost embedded switching

¥875

1010-R-8-1-5/1D

SIMRC - 8 x Reed Relay Module, SPST

Low cost embedded switching card

Max I (A)
1
Max V DC
100
Poles
1
Relays
8
Relay Contacts
SPST
Platform
SIMRC
Switch Type
Reed
¥2,150

1020-R-8-1-5/1D

SIMRC - 8-Channel 1-Pole Multiplexer

Low cost embedded switching multiplexer

Max I (A)
1
Max V DC
100
Poles
1
Channels
8
Platform
SIMRC
Switch Type
Reed
¥2,150

1020-R-8-2-5/1D

SIMRC - 8-Channel 2-Pole Multiplexer

Low cost embedded switching multiplexer

Max I (A)
1
Max V DC
100
Poles
2
Channels
8
Platform
SIMRC
Switch Type
Reed
¥2,650
Max I (A)
1
Max V DC
100
Poles
1
Relays
16
Relay Contacts
SPST
Platform
SIMRC
Switch Type
Reed
¥2,825

1020-R-16-1-5/1D

SIMRC - 16-Channel 1-Pole Multiplexer

Low cost embedded switching multiplexer

Max I (A)
1
Max V DC
100
Poles
1
Channels
16
Platform
SIMRC
Switch Type
Reed
¥2,825

1080-001

SIMRC - RS232 to I2C Converter PCB

Allows control of multiple relay cards that are set for I2C operation

¥2,825

1092-001

SIMRC - SMB RF Adapter PCB

Low cost embedded switching

¥2,825

1030-R-8-2-1-5/1D

SIMRC - 8 x 2 Matrix 1-Pole

Low cost embedded switching matrix

Max I (A)
1
Max V DC
100
Poles
1
Banks
1
X Size
8
Y Size
2
Platform
SIMRC
Switch Type
Reed
¥3,025
Max I (A)
1
Max V DC
100
Poles
1
Relays
16
Relay Contacts
SPST
Platform
SIMRC
Switch Type
Reed
¥3,325

1020-R-16-2-5/1D

SIMRC - 16-Channel 2-Pole Multiplexer

Low cost embedded switching multiplexer

Max I (A)
1
Max V DC
100
Poles
2
Channels
16
Platform
SIMRC
Switch Type
Reed
¥3,400

1020-R-16-1RF-5/1D

SIMRC - 16-Channel 1-Pole MUX, Screened Reed

Low cost embedded switching multiplexer

Max I (A)
1
Max V DC
100
Poles
1
Channels
16
Platform
SIMRC
Switch Type
Reed
¥3,400

1030-R-8-2-2-5/1D

SIMRC - 8 x 2 Matrix 2-Pole

Low cost embedded switching matrix

Max I (A)
1
Max V DC
100
Poles
2
Banks
1
X Size
8
Y Size
2
Platform
SIMRC
Switch Type
Reed
¥3,750
Max I (A)
1
Max V DC
100
Poles
1
Banks
1
X Size
8
Y Size
2
Platform
SIMRC
Switch Type
Reed
¥3,925
Max I (A)
1
Max V DC
100
Poles
1
Relays
16
Relay Contacts
SPDT
Platform
SIMRC
Switch Type
Reed
¥4,050

1030-R-8-4-1-5/1D

SIMRC - 8 x 4 Matrix 1-Pole

Low cost embedded switching matrix

Max I (A)
1
Max V DC
100
Poles
1
Banks
1
X Size
8
Y Size
4
Platform
SIMRC
Switch Type
Reed
¥4,475
Max I (A)
1
Max V DC
100
Poles
1
Banks
1
X Size
8
Y Size
4
Platform
SIMRC
Switch Type
Reed
¥5,675

1030-R-8-4-2-5/1D

SIMRC - 8 x 4 Matrix 2-Pole

Low cost embedded switching matrix

Max I (A)
1
Max V DC
100
Poles
2
Banks
1
X Size
8
Y Size
4
Platform
SIMRC
Switch Type
Reed
¥5,725

1050-001

SIMRC Card Carrier

Simplifies the custom integration of small format embedded switching cards

¥12,450

1050-002

SIMRC - Carrier Kit

Kit includes carrier PCB for small format embedded switching cars and serial interface module

¥14,225

Filter

Max I (A)

Maximum continuous current each switch can carry.

Max V DC

The maximum voltage that may be applied to each switch.

Poles

The number of common terminals simultaneously switched by a single operation. … more

Channels

The number of discrete channels in a single topology.

Relays

Number of discrete relays on each switch module

Relay Contacts

Relay contact configuration, or “Form”

Banks

The number of independent switch topologies on a single module.

X Size

The number of matrix columns, used with Y Size to specify the size of a cross-point matrix.

Y Size

The number of matrix rows, used with X Size to specify the size of a cross-point matrix.

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