Tekninen dokumentti
Tekniset tiedot
Number of Outputs
1
Output Type
Adjustable
Switching Regulator
Yes
Minimum Operating Temperature
-40 °C
Pin Count
8
Mounting Type
Surface Mount
Maximum Operating Temperature
+125 °C
Maximum Output Current
1A
Regulator Function
Step Down
Line Regulation
0.15 %/V
Height
0.75mm
Minimum Output Voltage
2 V
Maximum Input Voltage
30 V
Load Regulation
0.25 %
Minimum Input Voltage
4.4 V
Width
2mm
Length
3mm
Maximum Switching Frequency
575 kHz
Maximum Output Voltage
24 V
Package Type
TDFN
Merkki
MicrochipDimensions
3 x 2 x 0.75mm
Alkuperämaa
Thailand
Tuotetiedot
X-NUCLEO-IHM06A1 Bipolar Stepper Motor Driver Expansion Board
The X-NUCLEO-IHM06A1 is a low-voltage stepper motor driver expansion board based on the STSPIN220 quad half-bridge chip. The device is designed for battery-powered applications and can be forced into a zero-consumption state, yielding a significant increase in battery life.
Motor Controllers & Drivers, STMicroelectronics
Varastotiedot eivät ole tilapäisesti saatavilla.
Tarkista myöhemmin uudelleen.
€ 1,70
1 kpl (3300 kpl/kela) (ilman ALV)
€ 2,108
1 kpl (3300 kpl/kela) (Sis ALV:n)
3300
€ 1,70
1 kpl (3300 kpl/kela) (ilman ALV)
€ 2,108
1 kpl (3300 kpl/kela) (Sis ALV:n)
3300
Tekninen dokumentti
Tekniset tiedot
Number of Outputs
1
Output Type
Adjustable
Switching Regulator
Yes
Minimum Operating Temperature
-40 °C
Pin Count
8
Mounting Type
Surface Mount
Maximum Operating Temperature
+125 °C
Maximum Output Current
1A
Regulator Function
Step Down
Line Regulation
0.15 %/V
Height
0.75mm
Minimum Output Voltage
2 V
Maximum Input Voltage
30 V
Load Regulation
0.25 %
Minimum Input Voltage
4.4 V
Width
2mm
Length
3mm
Maximum Switching Frequency
575 kHz
Maximum Output Voltage
24 V
Package Type
TDFN
Merkki
MicrochipDimensions
3 x 2 x 0.75mm
Alkuperämaa
Thailand
Tuotetiedot
X-NUCLEO-IHM06A1 Bipolar Stepper Motor Driver Expansion Board
The X-NUCLEO-IHM06A1 is a low-voltage stepper motor driver expansion board based on the STSPIN220 quad half-bridge chip. The device is designed for battery-powered applications and can be forced into a zero-consumption state, yielding a significant increase in battery life.