New Products

This 6-conductor, 10 cm (4″) cable has 24 AWG wires and 6-pin female JST PH-type connectors (2mm pitch) on both ends

This 6-conductor, 75 cm (30″) cable has 24 AWG wires and a 6-pin female JST PH-type connector (2mm pitch) on one end. The other ends of the wires are terminated with female crimp pins for 0.1″ housings that are compatible with standard 0.1″ male headers.

This 5-conductor, 10 cm (4″) cable has 24 AWG wires and 5-pin female JST PH-type connectors (2mm pitch) on both ends

This 5-conductor, 30 cm (12″) cable has 24 AWG wires and a 5-pin female JST PH-type connector (2mm pitch) on one end. The other ends of the wires are terminated with female crimp pins for 0.1″ housings that are compatible with standard 0.1″ male headers.

This 4-conductor, 63 cm (25″) cable has 24 AWG wires and 4-pin female JST PH-type connectors (2mm pitch) on both ends

This 4-conductor, 12 cm (4.5″) cable has 24 AWG wires and a 4-pin female JST PH-type connector (2mm pitch) on one end. The other ends of the wires are terminated with female crimp pins for 0.1″ housings that are compatible with standard 0.1″ male headers.

This 3-conductor, 10 cm (4″) cable has 24 AWG wires and 3-pin female JST PH-type connectors (2mm pitch) on both ends

This 3-conductor, 75 cm (30″) cable has 24 AWG wires and a 3-pin female JST PH-type connector (2mm pitch) on one end. The other ends of the wires are terminated with female crimp pins for 0.1″ housings that are compatible with standard 0.1″ male headers.

This 2-conductor, 25 cm (10″) cable has 24 AWG wires and 2-pin female JST PH-type connectors (2mm pitch) on both ends

This 2-conductor, 12 cm (4.5″) cable has 24 AWG wires and a 2-pin female JST PH-type connector (2mm pitch) on one end. The other ends of the wires are terminated with female crimp pins for 0.1″ housings that are compatible with standard 0.1″ male headers.

This is the compact version of a simple carrier for Allegro’s ACS37030LLZATR-040B3 electrically isolated current sensor that uses two signal paths—Hall effect and inductive coil—to capture both low-frequency and high-frequency information. This allows for a DC through 5 MHz bandwidth and typical response times of 40 ns.

This is the large version of a simple carrier for Allegro’s ACS37030LLZATR-040B3 electrically isolated current sensor that uses two signal paths—Hall effect and inductive coil—to capture both low-frequency and high-frequency information. This allows for a DC through 5 MHz bandwidth and typical response times of 40 ns.

This module is a solid state relay/switch with a radio control (RC) interface, enabling switching of bidirectional, electrically isolated loads in RC systems operating from 2.7 V to 16 V. The activation threshold and direction are configurable, and a safe-start feature reduces the likelihood of unexpected activation. This version can switch up to 10 A of current at voltages up to 30 V (absolute maximum) and ships without connectors.

This module is a solid state relay/switch with a radio control (RC) interface, enabling switching of bidirectional, electrically isolated loads in RC systems operating from 2.7 V to 16 V. The activation threshold and direction are configurable, and a safe-start feature reduces the likelihood of unexpected activation. This version can switch up to 10 A of current at voltages up to 30 V (absolute maximum) and ships with soldered header pins and terminal blocks.

This module is a solid state relay/switch with a radio control (RC) interface, enabling switching of bidirectional, electrically isolated loads in RC systems operating from 2.7 V to 16 V. The activation threshold and direction are configurable, and a safe-start feature reduces the likelihood of unexpected activation. This version can switch up to 6 A of current at voltages up to 60 V (absolute maximum) and ships without connectors.

This module is a solid state relay/switch with a radio control (RC) interface, enabling switching of bidirectional, electrically isolated loads in RC systems operating from 2.7 V to 16 V. The activation threshold and direction are configurable, and a safe-start feature reduces the likelihood of unexpected activation. This version can switch up to 6 A of current at voltages up to 60 V (absolute maximum) and ships with soldered header pins and terminal blocks.

This is a 50-pack of 1×4-pin, right-angle male header strips. The strips have a standard-color (black) plastic base.

This is a 25-pack of 1×10-pin, straight male header strips. The strips have a standard-color (black) plastic base.

This is a 100-pack of 1×2-pin, straight male header strips. The strips have a standard-color (black) plastic base.

Note 1: Typical continuous output current at 42 V in. Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. See the output current graphs on the product pages for more information.
Note 2: Minimum input voltage is subject to dropout voltage considerations; see the dropout voltage section of product pages for more information.

Note 1: Typical continuous output current at 42 V in. Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. See the output current graphs on the product pages for more information.
Note 2: Minimum input voltage is subject to dropout voltage considerations; see the dropout voltage section of product pages for more information.

Note 1: Typical continuous output current at 42 V in. Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. See the output current graphs on the product pages for more information.
Note 2: Minimum input voltage is subject to dropout voltage considerations; see the dropout voltage section of product pages for more information.

Note 1: Typical continuous output current at 42 V in. Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. See the output current graphs on the product pages for more information.
Note 2: Minimum input voltage is subject to dropout voltage considerations; see the dropout voltage section of product pages for more information.

These simple boards serve as adapters between a JST SH-style 5-pin male connector and breadboard-compatible 0.1″-pitch through holes. They work with our assortment of 5-pin female JST SH-style cables.

This product is a 2-pack of JST SH-style connector adapter boards featuring a side-entry connector.

These simple boards serve as adapters between a JST SH-style 4-pin male connector and breadboard-compatible 0.1″-pitch through holes. They work with our assortment of 4-pin female JST SH-style cables.

This product is a 2-pack of JST SH-style connector adapter boards featuring a top-entry connector.

These simple boards serve as adapters between a JST SH-style 3-pin male connector and breadboard-compatible 0.1″-pitch through holes. They work with our assortment of 3-pin female JST SH-style cables.

This product is a 2-pack of JST SH-style connector adapter boards featuring a side-entry connector.

These simple boards serve as adapters between a JST SH-style 2-pin male connector and breadboard-compatible 0.1″-pitch through holes. They work with our assortment of 2-pin female JST SH-style cables.

This product is a 2-pack of JST SH-style connector adapter boards featuring a top-entry connector.

This small lidar-based distance sensor reports the distance of objects up to about 50 cm (20″) away with a pulsed signal similar to a hobby servo control signal. A digital microcontroller pin can be used to time the length of each high pulse, which encodes the measured distance. It works over an input voltage range of 3.0 V to 5.5 V and features a side-entry 3-pin JST SH-style connector that is compatible with our 3-pin JST SH-style cables.

This small lidar-based distance sensor detects the presence of objects within 15 cm (6″). It has a single digital output that drives low when an object is being detected; otherwise, it is high. It works over an input voltage range of 3.0 V to 5.5 V and features a side-entry 3-pin JST SH-style connector that is compatible with our 3-pin JST SH-style cables.

This small lidar-based distance sensor detects the presence of objects within 10 cm (4″). It has a single digital output that drives low when an object is being detected; otherwise, it is high. It works over an input voltage range of 3.0 V to 5.5 V and features a side-entry 3-pin JST SH-style connector that is compatible with our 3-pin JST SH-style cables.

This small lidar-based distance sensor detects the presence of objects within 5 cm (2″). It has a single digital output that drives low when an object is being detected; otherwise, it is high. It works over an input voltage range of 3.0 V to 5.5 V and features a side-entry 3-pin JST SH-style connector that is compatible with our 3-pin JST SH-style cables.

This board is a simple carrier of Allegro’s CT220RMV-HS5 TMR-based, contactless current sensor, which measures the magnetic field of the current flowing through a nearby conductor without needing to be connected in series with the circuit. With calibration, its analog voltage output can be converted into an accurate current measurement.

This board is a simple carrier of Allegro’s CT220BMV-HS5 TMR-based, contactless current sensor, which measures the magnetic field of the current flowing through a nearby conductor without needing to be connected in series with the circuit. With calibration, its analog voltage output can be converted into an accurate current measurement.

This module consists of two ideal diode circuits with their outputs connected to form a power ORing arrangement, which can be used for load sharing or for redundant (backup) power supplies. Each input has an inline, bypassable 20 mΩ resistance that can be used as a crude power balancing circuit.

Note 1: Operates down to 3.2 V after startup.
Note 2: MOSFET on resistance.

This small lidar-based distance sensor reports the distance of objects up to about 300 cm (120″) away with a pulsed signal similar to a hobby servo control signal. A digital microcontroller pin can be used to time the length of each high pulse, which encodes the measured distance. It works over an input voltage range of 3.0 V to 5.5 V and features a side-entry 3-pin JST SH-style connector that is compatible with our 3-pin JST SH-style cables.

Note: The maximum range of 300 cm is only achievable for high-reflectance objects in good ambient conditions. Lower-reflectivity targets or poor ambient conditions will reduce the maximum range.

This small lidar-based distance sensor detects the presence of objects within 100 cm (39″). It has a single digital output that drives low when an object is being detected; otherwise, it is high. It works over an input voltage range of 3.0 V to 5.5 V and features a side-entry 3-pin JST SH-style connector that is compatible with our 3-pin JST SH-style cables.

This small lidar-based distance sensor detects the presence of objects within 25 cm (10″). It has a single digital output that drives low when an object is being detected; otherwise, it is high. It works over an input voltage range of 3.0 V to 5.5 V and features a side-entry 3-pin JST SH-style connector that is compatible with our 3-pin JST SH-style cables.

This 4-conductor, 63 cm (25″) cable has 28 AWG wires and 4-pin female JST SH-type connectors (1mm pitch) on both ends

This 4-conductor, 40 cm (16″) cable has 28 AWG wires and 4-pin female JST SH-type connectors (1mm pitch) on both ends

This 4-conductor, 10 cm (4″) cable has 28 AWG wires and 4-pin female JST SH-type connectors (1mm pitch) on both ends

This 4-conductor, 75 cm (30″) cable has 28 AWG wires and a 4-pin female JST SH-type connector (1mm pitch) on one end. The other ends of the wires are unterminated; they can be cut to length to match your application.

This 4-conductor, 30 cm (12″) cable has 28 AWG wires and a 4-pin female JST SH-type connector (1mm pitch) on one end. The other ends of the wires are unterminated; they can be cut to length to match your application.

This 4-conductor, 12 cm (4.5″) cable has 28 AWG wires and a 4-pin female JST SH-type connector (1mm pitch) on one end. The other ends of the wires are unterminated; they can be cut to length to match your application.

This 2-conductor, 25 cm (10″) cable has 28 AWG wires and 2-pin female JST SH-type connectors (1mm pitch) on both ends

This 2-conductor, 16 cm (6.3″) cable has 28 AWG wires and 2-pin female JST SH-type connectors (1mm pitch) on both ends

This 2-conductor, 10 cm (4″) cable has 28 AWG wires and 2-pin female JST SH-type connectors (1mm pitch) on both ends

This 2-conductor, 30 cm (12″) cable has 28 AWG wires and a 2-pin female JST SH-type connector (1mm pitch) on one end. The other ends of the wires are unterminated; they can be cut to length to match your application.

This 2-conductor, 12 cm (4.5″) cable has 28 AWG wires and a 2-pin female JST SH-type connector (1mm pitch) on one end. The other ends of the wires are unterminated; they can be cut to length to match your application.

This solid state relay/switch board provides a way to make and break an electrical connection based on a 2.7 V to 40 V input signal. Its electrically isolated output makes it suitable for various applications where mechanical relays are traditionally used, while its semiconductor-based design avoids many of a mechanical relay’s disadvantages. This version can switch up to 11 A of current at voltages up to 30 V (absolute maximum).

This solid state relay/switch board provides a way to make and break an electrical connection based on a 2.7 V to 40 V input signal. Its electrically isolated output makes it suitable for various applications where mechanical relays are traditionally used, while its semiconductor-based design avoids many of a mechanical relay’s disadvantages. This version can switch up to 7 A of current at voltages up to 60 V (absolute maximum).