Products Found: 1085
Showing Results For: Power, Motor & Robotics Development Tools
Power, Motor & Robotics Development Tools
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Infineon
3DPLAY2GOKITTOBO1, Infineon
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£ 33.49
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£ 32.59
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£ 31.73
Infineon
BTG70501EPLDAUGHBRDTOBO1, Infineon
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£ 39.22
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£ 38.16
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£ 37.15
Infineon
EB2ED24103D1BCDPTOBO1, Infineon
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£ 81.76
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£ 79.60
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£ 77.56
Infineon
EVALHB2EDL803XG4CTOBO1, Infineon
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£ 149.56
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£ 145.72
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£ 142.09
Infineon
KITLGMBBOM004TOBO1, Infineon
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£ 76.31
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£ 74.30
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£ 72.40
Infineon
R12VPDUSWITCH20TOBO1, Infineon
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£ 419.26
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£ 408.51
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£ 398.30
Infineon
EVALTOLL72VDC2KWTOBO1, Infineon
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£ 398.03
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£ 387.82
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£ 378.13
Infineon
BTS500101TAEBOARDTOBO1, Infineon
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£ 19.61
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£ 19.10
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£ 18.61
Infineon
EVAL1ED3142MU12FSICTOBO1, Infineon
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£ 70.86
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£ 68.99
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£ 67.22
Infineon
EVALHB2EDL803XG4BTOBO1, Infineon
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£ 149.56
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£ 145.72
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£ 142.09
Infineon
KITLGMBBOM504TOBO1, Infineon
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£ 53.41
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£ 52.01
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£ 50.68
ROHM
BD7F205EFJ-EVK-001, ROHM
2 In Stock
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£ 74.25
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£ 72.34
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£ 70.54
Infineon
1EDI302XASEVALBOARDTOBO1, Infineon
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£ 111.44
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£ 108.59
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£ 105.87
Infineon
BTS500101TAEDBTVSTOBO1, Infineon
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£ 20.17
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£ 19.64
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£ 19.14
Infineon
DEMOBOARDBTF3050TETOBO1, Infineon
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£ 28.29
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£ 27.55
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£ 26.84
Infineon
CY7113, Infineon
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£ 19.46
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£ 18.95
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£ 18.47
Infineon
BOARDBTS500051LUATOBO1, Infineon
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£ 39.22
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£ 38.16
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£ 37.15
Infineon
EB2ED24103D1BCSPTOBO1, Infineon
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£ 81.76
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£ 79.60
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£ 77.56
Infineon
EB2ED24103MTOBO1, Infineon
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£ 58.87
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£ 57.32
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£ 55.85
Infineon
KITLGPWRBOM009TOBO1, Infineon
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£ 56.68
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£ 55.19
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£ 53.77
Infineon
KITLGPWRBOM015TOBO1, Infineon
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£ 53.41
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£ 52.01
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£ 50.68
Infineon
KITLGPWRBOM013TOBO1, Infineon
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£ 53.41
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£ 52.01
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£ 50.68
Infineon
BTG70901EPLDAUGHBRDTOBO1, Infineon
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£ 39.22
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£ 38.16
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£ 37.15
Infineon
EB2ED24103D1BCSTOBO1, Infineon
Pre Order
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£ 70.86
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£ 68.99
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£ 67.22
Infineon
EVALHB2EDL803XG3CTOBO1, Infineon
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£ 149.56
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£ 145.72
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£ 142.09
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New Items
New items
S6SBP202A1FVA1001, Cypress Semiconductor
S6SBP202A1FVA1001 is the evaluation kit for primary power block for automotive.
S6BP202A is a 1ch Buck-boost DC/DC converter IC with four built-in switching FETs. This IC is able to supply up to 2.4A of load current within the very wide range from 2.5V to 42V in the input voltage. This IC has an operation mode that is automatically changed to PFM operation during low load, which can achieve super-high efficiency with a very low quiescent current 20 μA. It is possible to provide stable output voltage from an automotive cold cranking and load dump, up to 42V, conditions within 1 ms transition time. As a result, this IC is suitable for power supply solutions of automotive and Industrial applications.
New items
New items
ADP7158CP-3.3EVALZ, Analog Devices
Evaluation Board for ADP7158, 3.3V 2A RF Linear Regulator
The Evaluation Board for the ADP7158 demonstrates the performance of the Ultralow Noise, High PSRR,
Radio Frequency (RF) Linear Regulator at 3.3 V fixed output.
Low Noise 0.9 μV RMS
Power Supply Rejection Ratio (PSRR) 70 dB from 1 kHz to 100 kHz
Low Dropout Voltage 200 mV typical at 3.3 V, 2 A
Maximum Output Current 2 A
Input Voltage 2.3 V to 5.5 V
LDO (Low Dropout) Linear Voltage Regulator - Analog Devices
The Low dropout or LDO is a linear voltage regulator. We have a wide range of linear regulators. The LDO regulator can operate with a small input–output differential voltage. LDO voltage regulators may offer fast transient response, wide input voltage range, low quiescent current and low noise with high PSRR.
New items
New items
New items
New items
CYALKIT-E04, Infineon
The CYALKIT-E04 S6AE102A and S6AE103A EVK is an easy-to-use energy harvesting evaluation kit used to develop applications that require battery-free operation or battery-life extension. This kit consists of an S6AE102A board, S6AE103A board, and a sensor board, along with a solar module, wires, and a coin battery for testing different configurations. The S6AE102A and S6AE103A boards have pin headers compatible with Arduino. FLEXIBLE ENERGY HARVESTING POWER BOARD:This kit can be used standalone as an energy harvesting power board, or it can be used in conjunction with the CY8CKIT-042-BLE Bluetooth® Low Energy Pioneer Kit that has compatible pin headers with Arduino to develop BLE-based battery-free wireless sensor applications.
Input channel: two inputs for series solar cell and primary battery (option)
Input voltage range: 2.0 - 5.5 V
Input over voltage protection: 5.4 V
Startup power: 1.2 μW
Output channel: up to two outputs for different system loads
Output voltage range: 1.1- 5.2 V
New items
New items
AUIR3242SBOARDB2BTOBO1, Infineon
The Infineon AUIR3242S - Board back to back is a semiconductor-based solution of a fail-safe/fail operational power switch for 12V automotive applications. It has a back to back, N-channel MOSFET common source structure and allows replacement of mechanical relays by cutting the current flow in both directions.
Control input active low
Very low quiescent current on and off state
Back to back configuration
Boost converter with integrated diode
New items
TLE4966MS2GOTOBO1, Infineon
The Infineon XENSIV™ - TLE4966 MS2GO kit is a budget-priced evaluation board equipped with two independent magnetic dual Hall latches, In addition, the board features our 3D magnetic sensor, TLI493D-W2BW, link to, used as reference magnetic probe for correlating magnetic switching points with magnetic field strength. The evaluation software is offered free for download, while the user may also reprogram the board with his own application firmware by using DAVE IDE. The board may be programmed using the on-board J-Link debugger based on XMC4200 microcontroller, while the target is based on a XMC1100 Q24F64 ARM® Cortex™-M0 CPU.
TLE4966G (dual lateral Hall latch)
TLE4966V-1G (dual vertical Hall latch)
XMC1100 (ARM® Cortex™-M0 based)
On-board J-Link Lite Debugger (Realized with XMC4200 Microcontroller)
Power over USB (Micro USB), ESD and reverse current protection
New items
New items
REFTWBCR60155V05ATOBO1, Infineon
The Infineon REF_TW_BCR601_55V_0.5A tuneable white reference design with 2 channels uses BCR601 and BCR602 linear regulators to provide a very stable LED current which is completely free of any ripple or temporary fluctuations. Consequently, the light output is completely free of any artefacts like flicker or stroboscopic effects. Thanks to the active headroom control (AHC) of BCR601, the output of the primary stage of the board, which is attached to, is regulated to maximize efficiency to levels that are quite similar to switched-mode regulators.
Linear regulators give considerable cost advantage over buck topology
Cost advantage increases with additional channels
Efficiency can be on par with the buck (depends on output ripple of the first stage)
Highest light quality, zero ripple
Deep, full analogue dimming
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