Model/Brand/Package
Category/Description
Inventory
Price
Data
-
Category: Development kitDescription: TS1002 Dual operational amplifier demonstration board, Silicon Labs demonstration board is used to evaluate TS1002. TS1002 is a dual single power supply, precision CMOS operational amplifier. It can be fully specified to operate at 0.8V, and each amplifier consumes less than 0.6 μ A of power supply current. Optimized for ultra long life battery powered applications, TS1002 is Touchstone's high-performance NanoWatt Analog ™ Part of it. The operational amplifier displays a typical bias voltage of 0.5mV, a typical input bias current of 25pA, and a rail to rail input and output stage. TS1002 can operate within a single power supply voltage range of 0.65V to 2.5V. 0.65V to 2.5V single power supply operation provides fully assembled and tested 20in x 20in dual layer demonstration board # # operational amplifier with AC coupling phase and phase inversion configuration, Silicon Labs43701+$511.763810+$498.413450+$488.1782100+$484.6181200+$481.9480500+$478.38791000+$476.16282000+$473.9378
-
Category: Development kitDescription: TS1101 The TS1101 bidirectional current sensing amplifier demonstration board offers four gain options: 25, 50, 100, and 200. These boards are fully assembled with the gain of your choice and have undergone comprehensive testing. This board is equipped with a 50 m Ω resistor. They have five dedicated test points: RS+, RS -, VDD, SIGN, and output voltage. These boards include decoupling capacitor pads located at the VBATT input pin and 47nF capacitors located at the VOUT output pin. This demonstration board can be set to induce bidirectional current. TS1101 has a wide input voltage range of 1.6 to 25 V and is packaged in a 6-pin SOT23. ###Due to Silicon Labs' acquisition of Touchstone Semiconductor, this series of products has duplicate part numbers (TS1101-25DB). Except for the brand, these boards are completely identical. ###The voltage output of a current sensing amplifier is proportional to the voltage drop of an extremely low value resistor, typically on a high current power supply rail. Therefore, the current of the power rail can be measured.23841+$511.763810+$498.413450+$488.1782100+$484.6181200+$481.9480500+$478.38791000+$476.16282000+$473.9378
-
Category: Development kitDescription: TS1100 The TS1100 current sensing amplifier demonstration board offers four gain options: 25, 50, 100, and 200. These boards are fully assembled with the gain of your choice and have undergone comprehensive testing. This board is equipped with a 50 m Ω resistor. This board has three dedicated test points: RS+, RS -, and output voltage. The TS1100 has a wide input voltage range of 1.6 to 25 V and is packaged in a 5-pin SOT23. ###Due to Silicon Labs' acquisition of Touchstone Semiconductor, this series of products has duplicate part numbers (TS1100-25DB). Except for the brand, these boards are completely identical. ###The voltage output of a current sensing amplifier is proportional to the voltage drop of an extremely low value resistor, typically on a high current power supply rail. Therefore, the current of the power rail can be measured.80191+$513.651010+$500.251450+$489.9783100+$486.4051200+$483.7252500+$480.15201000+$477.91872000+$475.6854
-
Category: Development kitDescription: TS1101 The TS1101 bidirectional current sensing amplifier demonstration board offers four gain options: 25, 50, 100, and 200. These boards are fully assembled with the gain of your choice and have undergone comprehensive testing. This board is equipped with a 50 m Ω resistor. They have five dedicated test points: RS+, RS -, VDD, SIGN, and output voltage. These boards include decoupling capacitor pads located at the VBATT input pin and 47nF capacitors located at the VOUT output pin. This demonstration board can be set to induce bidirectional current. TS1101 has a wide input voltage range of 1.6 to 25 V and is packaged in a 6-pin SOT23. ###Due to Silicon Labs' acquisition of Touchstone Semiconductor, this series of products has duplicate part numbers (TS1101-25DB). Except for the brand, these boards are completely identical. ###The voltage output of a current sensing amplifier is proportional to the voltage drop of an extremely low value resistor, typically on a high current power supply rail. Therefore, the current of the power rail can be measured.88511+$512.771210+$499.394650+$489.1391100+$485.5720200+$482.8967500+$479.32961000+$477.10022000+$474.8707
-
Category: Development kitDescription: BOARD DEMO TS1102-20019941+$497.283010+$484.310450+$474.3647100+$470.9054200+$468.3109500+$464.85151000+$462.68942000+$460.5273
-
Category: Development kitDescription: TS1101 The TS1101 bidirectional current sensing amplifier demonstration board offers four gain options: 25, 50, 100, and 200. These boards are fully assembled with the gain of your choice and have undergone comprehensive testing. This board is equipped with a 50 m Ω resistor. They have five dedicated test points: RS+, RS -, VDD, SIGN, and output voltage. These boards include decoupling capacitor pads located at the VBATT input pin and 47nF capacitors located at the VOUT output pin. This demonstration board can be set to induce bidirectional current. TS1101 has a wide input voltage range of 1.6 to 25 V and is packaged in a 6-pin SOT23. ###Due to Silicon Labs' acquisition of Touchstone Semiconductor, this series of products has duplicate part numbers (TS1101-25DB). Except for the brand, these boards are completely identical. ###The voltage output of a current sensing amplifier is proportional to the voltage drop of an extremely low value resistor, typically on a high current power supply rail. Therefore, the current of the power rail can be measured.99991+$496.415910+$483.465950+$473.5376100+$470.0843200+$467.4943500+$464.04101000+$461.88262000+$459.7243
-
Category: Development kitDescription: BOARD DEMO TS1102-2599991+$511.876510+$498.523250+$488.2857100+$484.7248200+$482.0541500+$478.49331000+$476.26772000+$474.0422
-
Category: Development kitDescription: TS1003 SOT23-5 OP AMP DEMO BOARD99991+$511.876510+$498.523250+$488.2857100+$484.7248200+$482.0541500+$478.49331000+$476.26772000+$474.0422
