首页 > 器件类别 >

2CW035300YQPD

2cw035xxxyqpx series zener diode chips for glass seal with asymmetry limits

厂商名称:士兰微(Silan)

厂商官网:http://www.silanic.com.cn/

下载文档
文档预览
2CW035XXXYQ-PX
2CW035XXXYQ-PX SERIES ZENER DIODE CHIPS FOR GLASS SEAL WITH
ASYMMETRY LIMITS
DESCRIPTION
Ø
2CW035XXXYQ-PX series are low-power zener diode chips
for glass seal that fabricated in silicon epitaxial planar
technology.
Ø
The series is asymmetrical regulator voltage chips, that is
the upper limit and lower limit is asymmetrical, e.g. Vz=3.0V
chips: the upper limit is 3.25V, the lower limit Is 2.95V ,the
specification is better suitable for customer’ using habit
s
Ø
For customer convenient selecting regulator voltage in
narrow limit. The series divided into 4 types for given
regulator voltage and named PA, PB, PC and PD
respectively.
Ø
The chip thickness is 140µm. The top electrode material is
Ag bump, and the backside electrode material is Ag.
Ø
Chip size: 0.35 X 0.35 (mm)
2
.
2CW035XXXYQ-PX CHIP TOPOGRAPHY
2CW035XXXYQ-PX APPEARANCE
Chip Appearance Diagram
Parameter
Chip Size
Chip Thickness
Bump Size
Bump Height
Scribe Line Width
Symbol
D
C
A
B
/
Min.
280
120
215
25
--
Type
--
--
--
--
40
Max.
320
160
262
60
--
Unit
µm
µm
µm
µm
µm
ABSOLUTE MAXIMUM RATINGS
Characteristics
Junction Temperature
Storage Temperature
Symbol
T
j
T
stg
Test conditions
----
----
Value
175
-50~+175
Unit
°C
°C
HANGZHOU SILAN MICROELECTRONICS CO.,LTD
Http: www.silan.com.cn
REV:1.1
2006.03.08
Page 1 of 4
2CW035XXXYQ-PX
ELECTRICAL CHARACTERISTICS
(For packaged diodes, T
amb
=25°C)
Type
Working Voltage
V
Z
@Iz=5mA
Dynamic resistance
Zzk(Ω)@
2CW035XXXYQ-PX
VZmin-Vzmax(V)
Izk=1mA
max
2CW035036YQ-PA
2CW035036YQ-PB
2CW035039YQ-PA
2CW035039YQ-PB
2CW035043YQ-PA
2CW035043YQ-PB
2CW035043YQ-PC
2CW035047YQ-PA
2CW035047YQ-PB
2CW035047YQ-PC
2CW035051YQ-PA
2CW035051YQ-PB
2CW035051YQ-PC
2CW035056YQ-PA
2CW035056YQ-PB
2CW035056YQ-PC
2CW035062YQ-PA
2CW035062YQ-PB
2CW035062YQ-PC
2CW035068YQ-PA
2CW035068YQ-PB
2CW035068YQ-PC
2CW035075YQ-PA
2CW035075YQ-PB
2CW035075YQ-PC
2CW035082YQ-PA
2CW035082YQ-PB
2CW035082YQ-PC
2CW035091YQ-PA
2CW035091YQ-PB
2CW035091YQ-PC
3.47~3.68
3.62~3.83
3.77~3.98
3.92~4.14
4.05~4.26
4.2~4.4
4.34~4.53
4.47~4.65
4.59~4.77
4.71~4.91
4.85~5.03
4.97~5.18
5.12~5.35
5.29~5.52
5.46~5.7
5.64~5.88
5.81~6.06
5.99~6.24
6.16~6.4
6.32~6.59
6.52~6.79
6.7~6.97
6.88~7.19
7.11~7.41
7.33~7.64
7.56~7.9
7.82~8.15
8.07~8.41
8.33~8.7
8.61~8.99
8.89~9.29
(To be continued)
Reverse leakage
current @T
amb
=25@ V
R
IR(uA)
max
10
1
Zzt(Ω)@
Izt=5mA
max
1100
VR(V)
120
120
1200
5
1
120
1200
5
1
100
1200
5
1
70
1200
5
1.5
40
900
5
2.5
30
500
5
3
25
150
2
3.5
25
120
0.5
4
20
120
0.5
5
20
120
0.5
6
HANGZHOU SILAN MICROELECTRONICS CO.,LTD
Http: www.silan.com.cn
REV:1.1
2006.03.08
Page 2 of 4
2CW035XXXYQ-PX
(Continued)
Type
Working Voltage
V
Z
@Iz=5mA
Dynamic resistance
Zzk(Ω)@
Zzt(Ω)@
Izt=5mA
max
Reverse leakage
current @T
amb
=25@ V
R
IR(uA)
max
2CW035XXXYQ-PX
VZmin-Vzmax(V)
Izk=1mA
max
VR(V)
2CW035100YQ-PA
2CW035100YQ-PB
2CW035100YQ-PC
2CW035110YQ-PA
2CW035110YQ-PB
2CW035110YQ-PC
2CW035120YQ-PA
2CW035120YQ-PB
2CW035120YQ-PC
2CW035130YQ-PA
2CW035130YQ-PB
2CW035130YQ-PC
2CW035150YQ-PA
2CW035150YQ-PB
2CW035150YQ-PC
2CW035160YQ-PA
2CW035160YQ-PB
2CW035160YQ-PC
2CW035180YQ-PA
2CW035180YQ-PB
2CW035180YQ-PC
2CW035200YQ-PA
2CW035200YQ-PB
2CW035200YQ-PC
2CW035220YQ-PA
2CW035220YQ-PB
2CW035220YQ-PC
2CW035220YQ-PD
2CW035240YQ-PA
2CW035240YQ-PB
2CW035240YQ-PC
2CW035240YQ-PD
9.19~9.59
9.48~9.9
9.82~10.3
10.18~10.63
10.5~10.95
10.82~11.26
11.13~11.63
11.5~11.92
11.8~12.3
12.18~12.71
12.59~13.16
13.03~13.62
13.48~14.09
13.95~14.56
14.42~15.02
14.87~15.5
15.33~15.96
15.79~16.5
16.34~17.06
16.9~17.67
17.51~18.3
18.14~18.96
18.8~19.68
19.52~20.45
20.23~21.08
20.76~21.65
21.22~22.09
21.68~22.61
22.26~23.12
22.75~23.73
23.29~24.27
23.81~24.81
(To be continued)
20
120
0.2
7
20
110
0.2
8
25
110
0.2
9
25
110
0.2
10
25
110
0.2
11
25
150
0.2
12
30
150
0.2
13
30
200
0.2
15
30
200
0.2
17
35
200
0.2
19
HANGZHOU SILAN MICROELECTRONICS CO.,LTD
Http: www.silan.com.cn
REV:1.1
2006.03.08
Page 3 of 4
2CW035XXXYQ-PX
(Continued)
Type
Working Voltage
V
Z
@Iz=5mA
Dynamic resistance
Zzk(Ω)@
Zzt(Ω)@
Izt=5mA
max
Reverse leakage
current @T
amb
=25@ V
R
IR(uA)
max
2CW035XXXYQ-PX
VZmin-Vzmax(V)
Izk=1mA
max
VR(V)
2CW035270YQ-PA
2CW035270YQ-PB
2CW035270YQ-PC
2CW035270YQ-PD
2CW035300YQ-PA
2CW035300YQ-PB
2CW035300YQ-PC
2CW035300YQ-PD
2CW035330YQ-PA
2CW035330YQ-PB
2CW035330YQ-PC
2CW035330YQ-PD
2CW035360YQ-PA
2CW035360YQ-PB
2CW035360YQ-PC
24.26~25.52
24.97~26.26
25.63~26.95
26.29~27.64
26.99~28.39
27.7~29.13
28.36~29.82
29.02~30.51
29.68~31.22
30.32~31.88
30.9~32.5
31.49~33.11
32.14~33.79
32.79~34.49
33.4~35.13
75
250
0.2
27
65
250
0.2
25
55
250
0.2
23
45
250
0.2
21
2CW035360YQ-PD
34.01~35.77
Forward Voltage VF= 1.0 V Maximum @ IF = 100 mA for all 2CW035XXXYQ-PX series.
HANGZHOU SILAN MICROELECTRONICS CO.,LTD
Http: www.silan.com.cn
REV:1.1
2006.03.08
Page 4 of 4
查看更多>
【低功耗】xilinx低功耗设计
【低功耗】xilinx低功耗设计顶起来!!!!!!!!!...
ddllxxrr FPGA/CPLD
分享·实用电路
实用电路分享·实用电路下载学习一下。看一下谢谢楼主分享楼主好人这个还有电子的,顶谢谢...
mmmllb 模拟电子
【平头哥RVB2601创意应用开发】+ RTC时钟显示实验
最近测试了一下rtc,结合oled的显示,在屏幕上显示一个不停跳动的时钟。也就是说使用csi接口的rtc作为时钟,通过不停的计数显示时间。同时在OLED屏幕上显示。一、rtc主要函数和操作rtc主要使用的相关函数有: 初始化函数:csi_error_tcsi_rtc_init(csi_rtc_t*rtc,uint32_tidx) 设置时间函数:csi_error_tcsi_rtc_set_time(csi_rtc_t*rtc,constcs...
symic 玄铁RISC-V活动专区
关于做红外传感器模块的感想
由于是第一次做红外传感器,所以自己到网上搜了几个电路,发现了很多问题,和大家分享一下。第一个问题就是检测电路是否正确,我一开始就上来就做,其实是错误的,后来就发生了怎么调电路的结果都是错误的。(其实错误的一塌糊涂)所以很好的分析电路是必要的,至少每个管脚必须对应好吧!第二个问题就是要分析元器件的性能,比如在实际制作中,我一开始用NE5532,输入偏置过大,使得我的光电信号被当成噪声一样覆盖在一个比他大几倍的直流信号上。后来换成了OP07,得到了改善,第三个问题就是OP07的压摆率只...
wulei19880906 测试/测量
浅谈三相六臂全桥驱动电路
我是电控小白,执着电机控制些许年,从今天开始为大家奉送一些电机控制的小知识,一是本身兴趣,二为交流学习,请诸路大神多多指教。关于电动机的控制,三相六臂全桥驱动电路是目前市面上常用的一种驱动电路。该电路采用三相六臂全桥驱动方式,采用此方式可以减少电流波动和转矩脉动,使得电机输出较大的转矩,在电机驱动部分使用6个功率场效应管控制输出电压,如图所示,驱动电路电源电压为12V,Q1~Q3采用IR公司的IRFR5305(P沟道),Q4~Q6为IRFR1205(N沟道)。该场效应管内藏...
李世龙 电机驱动控制(Motor Control)
法国ChauvinArnoux-电流钳
不同于传统的交流变压器,AC/DC电流测量是通过测量在一个半导体芯片中的带电导体所产生的磁场强度得到的,这个原理称之为霍尔效应。  当一个半导体薄片(如图)以一定的角度置入有电流(Id)产生的磁场中(B)时,半导体会产生电压(Vh)。这个电压称之为霍尔电压,以第一个发现这个现象的美国科学家霍尔命名。    当驱动霍尔元件的电流稳定,磁场强度就正比于驱动电流,从而由霍尔电压求得所测量电流。  用这种方式测量电流有两个优点:  1、因为霍尔电压只取决于磁场的强度不取决于磁场的...
JackIeLc 测试/测量