DC1,500V or AC1,000V 1minute, Cutoff current = 10mA, DC500V 50M
W
min(20
t
15
C
)
DC1,500V or AC1,000V 1minute, Cutoff current = 10mA, DC500V 50M
W
min(20
t
15
C
)
AC500V 1minute, Cutoff current = 100mA, DC500V 50M
W
min (20
t
15
C
)
-40 to +100
C
(On aluminum base plate), 20 - 95%RH (Non condensing) (Refer to DERATING CURVE), 3,000m (10,000feet) max
-40 to +100
C
, 20 - 95%RH (Non condensing), 9,000m (30,000feet) max
10 - 55Hz, 49.0m/s
2
(5G), 3minutes period, 60minutes each along X, Y and Z axis
196.1m/s
2
(20G), 11ms, once each along X, Y and Z axis
UL60950-1, C-UL, EN60950-1
57.9
X
12.7
X
61.0mm [2.28
X
0.5
X
2.4 inches](W
X
H
X
D) / 83g max
Conduction cooling (e.g. heat radiation from the aluminum base plate to the attached heat sink)
*1
At rated input(DC24V,DC48V) and rated load.
*2
Ripple and ripple noise is measured by using measuring board with recommended capacitor Co & the film capacitor 0.1mF.
Measured by 20MHz oscilloscope or Ripple-Noise meter (Equivalent to KEISOKU-GIKEN:RM101).
*3
Drift is the change in DC output for an eight hour period after a half-hour warm-up at 25C, with the input voltage held constant at the rated input/output.
*4
When the input voltage is in the range of DC18 - 20V, DC36 - 40V, output voltage adjustment range is 60 - 105% (except for 1R8/2R5).
External view
¶Recomending
size for processing PCB
(TOP VIEW)
12.7
±
0.5
Base Plate(Aluminum)
Case(PBT)
Lot No.
[0.5]
7-
º
1.5
[0.06]
2-
º
2.5
[0.1]
7.62
[0.3]
7.62 10.16 15.24 10.16
[0.3] [0.4] [0.6] [0.4]
4-
º
3.5
[0.14]
¶Dimensions
in mm, [
¶Div.
: 0.5inch
]= inches
5.08
±
0.5
[0.2]
57.9
max
[2.28]
4-
M
3
Mounting Hole
(4.8)
48.3
±
0.5
[1.9]
7-
º
[0.19]
2-
º
2
±
0.2
[0.08]
1
±
0.1
[0.04]
50.8
[2.0]
10.16 15.24 10.16
10.16 7.62 7.62 10.16
[0.4]
[0.4]
RC
+VIN
TRM
+S
50.8
±
0.5
[0.6]
[2]
[2.4]
CASE
-S
[0.4] [0.3] [0.3] [0.4]
-VIN
-VOUT
61
max
48.3
[1.9]
CBS
+VOUT
Name Plate
¶Weight
: 83g max
¶Tolerance
:
±0.3
[±0.012]
¶Case
: PBT
¶Base
Plate: Aluminum
¶Dimensions
in mm, [ ]= inches
¶Mounting
hole screwing torque
: 0.49N•m(5.0kgf•cm)max
(5.1)
[0.2]
Performance data
CBS
¡
INPUT CURRENT CHARACTERISTICS (CBS504828)
5
¡
INPUT CURRENT CHARACTERISTICS (CBS502428)
5
4
4
A
INPUT CURRENT
INPUT CURRENT
A
3
3
Io
=
100
%
2
2
Io
=
50
%
1
Io
=
100
%
1
Io
=
50
%
0
0
10
20
30
40
0
0
20
40
60
80
INPUT VOLTAGE
V
INPUT VOLTAGE
V
CBS-3
CBS-3
DC-DC Converters Power Module type
DC-DC Converters Bus Converter . Power Module Type
DC1,500V or AC1,000V 1minute, Cutoff current = 10mA, DC500V 50M
W
min(20
t
15
C
)
DC1,500V or AC1,000V 1minute, Cutoff current = 10mA, DC500V 50M
W
min(20
t
15
C
)
AC500V 1minute, Cutoff current = 100mA, DC500V 50M
W
min (20
t
15
C
)
-40 to +100
C
(On aluminum base plate), 20 - 95%RH (Non condensing) (Refer to DERATING CURVE), 3,000m (10,000feet) max
-40 to +100
C
, 20 - 95%RH (Non condensing), 9,000m (30,000feet) max
10 - 55Hz, 49.0m/s
2
(5G), 3minutes period, 60minutes each along X, Y and Z axis
196.1m/s
2
(20G), 11ms, once each along X, Y and Z axis
UL60950-1, C-UL, EN60950-1
57.9
X
12.7
X
61.0mm [2.28
X
0.5
X
2.4 inches] (W
X
H
X
D) / 83g max
Conduction cooling (e.g. heat radiation from the aluminum base plate to the attached heat sink)
*1
At rated input(DC24V,DC48V) and rated load.
*2
Ripple and ripple noise is measured by using measuring board with recommended capacitor Co & the film capacitor 0.1mF.
Measured by 20MHz oscilloscope or Ripple-Noise meter (Equivalent to KEISOKU-GIKEN:RM101).
*3
Drift is the change in DC output for an eight hour period after a half-hour warm-up at 25C, with the input voltage held constant at the rated input/output.
*4
When the input voltage is in the range of DC18 - 20V, DC36 - 40V output voltage adjustment range is 60 - 105% (except for 1R8/2R5).
External view
¶Recomending
size for processing PCB
(TOP VIEW)
12.7
±0.5
Base Plate(Aluminum)
Case(PBT)
Lot No.
[0.5]
7-
º
1.5
[0.06]
2-
º
2.5
[0.1]
7.62
[0.3]
7.62 10.16 15.24 10.16
[0.3] [0.4] [0.6] [0.4]
4-
º
3.5
[0.14]
¶Dimensions
in mm, [
¶Div.
: 0.5inch
]= inches
5.08
±0.5
[0.2]
57.9
max
(4.8)
[2.28]
[1.9]
4-
M
3
Mounting Hole
48.3
±0.5
7-
º
[0.19]
2-
º
2
±0.2
[0.08]
1
±0.1
[0.04]
50.8
[2.0]
10.16 15.24 10.16
10.16 7.62 7.62 10.16
[0.4]
CASE
RC
-S
TRM
+S
[0.4] [0.3] [0.3] [0.4]
-VIN
-VOUT
50.8
±0.5
61
max
48.3
[1.9]
CBS
[0.6]
[2]
[2.4]
+VIN
+VOUT
Name Plate
¶Weight
: 83g max
¶Tolerance
:
±0.3
[±0.012]
¶Case
: PBT
¶Base
Plate: Aluminum
¶Dimensions
in mm, [ ]= inches
¶Mounting
hole screwing torque
: 0.49N•m(5.0kgf•cm)max
[0.4]
(5.1)
[0.2]
Performance data
CBS
¡
INPUT CURRENT CHARACTERISTICS (CBS1004828)
10
¡
INPUT CURRENT CHARACTERISTICS (CBS1002428)
10
8
8
A
INPUT CURRENT
INPUT CURRENT
A
6
6
Io
=
100
%
4
4
Io
=
50
%
2
Io
=
100
%
2
Io
=
50
%
0
0
10
20
30
40
0
0
20
40
60
80
INPUT VOLTAGE
V
INPUT VOLTAGE
V
CBS-5
CBS-5
DC-DC Converters Power Module type
DC-DC Converters Bus Converter . Power Module Type
I want to use stm32 to configure ad7732 and then read the ad value. According to the technical documentation, I configure the single conversion mode 16-bit precision IO simulation SPI (I have debugged...
When the microcontroller communicates with the host computer, can it use two Ethernet ports for simultaneous communication (for example, one 80 and one 8000, 80 is used for web page display and contro...
Has anyone simulated mouse operations? I used mouse_event and SetCursorPos functions. However, a very strange problem occurred. The relevant operations were completed in the response function of a but...
I've been studying mobile power recently, and the teacher said that it's better to use a DCDC circuit to fast charge the battery, or trickle charge. What's the process like? I don't quite understand. ...
1. What is the clock of the microcontroller? The microcontroller is a complex sequential logic circuit. The clock is the synchronization signal of the entire system. When the clock fails, it will caus...
1. Problem When developing STM32 with IAR, I found that I could not print floating point numbers by redirecting printf to the serial port. The code is as follows: The output is as follows: It can...[Details]
I have always wanted to write some posts and blogs, but I just couldn't bear to do it as I just graduated. After some preparation, I decided to write down some of the things I learned in the past few...[Details]
Function List and Notes (lower-level driver part) 1. IO port initialization: control IO and communication IO. Control includes power control, reset and low power mode. Communication is the serial po...[Details]
On the eve of Qingming Festival, the trade friction between China and the United States is on the rise. Let's follow the automotive electronics editor to learn more about the relevant content. Ba...[Details]
Time flies. Since the beginning of 2018, news related to home appliance companies have repeatedly made headlines, and competition in the home appliance market continues to intensify. In order to be...[Details]
On April 16, the U.S. Department of Commerce announced that it would ban U.S. companies from selling parts, goods, software, and technology to
ZTE
for seven years, until March 13, 2025.
Th...[Details]
The parking assistance system is an important application of the active anti-collision system of automobiles in low-speed and complex urban environments, and is also a specific embodiment of the inte...[Details]
In the project, CPLD is needed to complete part of the algorithm design. The parameters are given by AVR, so the communication between AVR and CPLD needs to be completed. Therefore, a test program is...[Details]
What is SYSTICK: This is a 24-bit system tick timer, SysTick, with automatic reload and overflow interrupt functions. All microcontrollers based on the Cortex_M3 processor can obtain a certain time ...[Details]
This paper combines embedded control technology with network control technology to realize the design of temperature control system based on single chip microcomputer through Internet control. Th...[Details]
As the brain of a mobile phone, the mobile phone processing chip is of great importance. Xiaomi, which started out as the MIUI company, has long been keenly aware of the gap between China and devel...[Details]
What are your expectations and ideas
for
the future of
Xiaomi Mi Band
?
Xiaomi Mi Band’s
official Weibo shared many netizens’ thoughts on
the future direction and functions
of Xiao...[Details]
On May 16, in response to
the public opinion storm caused by
Lenovo's
"
5G
voting" incident,
Lenovo
Holdings Chairman and
Lenovo
Group Founder Liu Chuanzhi, Lenovo Gr...[Details]
Independent watchdog (IWDG) and low power mode are often used in STM32 development. The watchdog is to detect and solve faults caused by software errors, and the low power mode is to enter sleep mode...[Details]
1) ADC multi-channel acquisition: (Multi-channel acquisition must use scanning mode. In scanning mode, the channels of the rule group share a register, so DMA transmission must be used; to prevent da...[Details]
stm32/stm8
京公网安备 11010802033920号
EEWORLD
