bd63725befv-ag凯发旗舰厅
高性能、高可靠性36v耐压 步进电机驱动器主要规格
特性：
power supply voltage (max.) [v]
28
power supply voltage (min.) [v]
19
vcc (max.)[v]
36
iout (max.)[a]
2.5
iout peak (max.)[a]
3
output on resistance (typ.)[ω]
0.35
step
to 1 / 4
mix decay function
yes
single power supply input
yes
automotive class
no
interface
clk-in
operating temperature (min.)[°c]
-25
operating temperature (max.)[°c]
85
package size [mm]
9.7x6.4 (t=1)
特点：
- rated output current (dc) 2.5a
- low on resistance dmos output
- clk-in drive mode
- pwm constant current (other oscillation)
- built-in spike noise cancel function
(external noise filter is unnecessary) - full-, half (two kinds)-, quarter-step functionality
- freely timing excitation mode switch
- current decay mode switch (linearly variable fast/slow decay ratio)
- normal rotation & reverse rotation switching function
- power save function
- built-in logic input pull-down resistor
- power-on reset function
- thermal shutdown circuit (tsd)
- over-current protection circuit (ocp)
- under voltage lock out circuit (uvlo)
- over voltage lock out circuit (ovlo)
- ghost supply prevention
(protects against malfunction when power supply is disconnected) - adjacent pins short protection
- microminiature, ultra-thin and high heat-radiation
(exposed metal type) package
evaluation
board
-
- evaluation board
- bd63725befv-evk-001
this evaluation board is a board for driving the stepping motor with a rohm's stepping motor driver bd63725befv. motor drive and driver the motor can be driven by vcc for power supply and 5v power supply for control signal. drive / stop and excitation modes can be set with an external switch. the input interface adopts the clk-in drive system, and the excitation mode supports full step, half step, quater step, 1/8 step, and 1/16 step mode by the built-in dac.
-
- evaluation board
- ragu-main1-evk-001
the ragu is evaluation tool controls the stepping motor driver ic to demonstrate and evaluate its functions
-
- evaluation board
- ragu-op1-evk-001
the ragu is evaluation tool controls the stepping motor driver ic to demonstrate and evaluate its functions
