你好！欢迎光临北京中仪友信科技有限公司！已注册[登录] 新用户[免费注册]
发布广告  我的积分  设为首页  收藏本站  会员用户中心
免费销售电话
产品搜索
请输入您的E-mail地址免费获取中仪网电子杂志：
免费获取电子杂志
就是要仪器网>>产品中心>>物理性质检测仪器>>电力测试仪器>>电阻电容阻抗LCR测试仪>>

TY10BK878A通用LCR测试器ZX21

TY10

BK878A通用LCR测试器

ZX21
BK878A通用LCR测试器
订 货 号：ZY340574 品    牌：SEFRAM 产    地：法国 市 场 价： 折 扣 价： 发货周期：现货或5天内
加入购物车 支付宝购买 询价留言
加入收藏 加入收藏 打印产品信息 打印产品信息 产品评价 产品评价 加入对比 加入对比
分享到：分享到搜狐微博 分享给QQ好友 分享到爱分享 分享到白社会 分享到开心网 分享到人人网 分享到豆瓣 分享仪器
本月特价  本月特价热卖产品  热卖产品货到付款  货到付款现场演示  现场演示延长保修  延长保修终身维修  终身维修
产品描述技术方案相关仪器最新上架商品咨询使用评价
The 878A measures capacitance, resistance (of non-inductive components) and inductance. Components can be measured with selectable test frequencies in series or parallel modes as desired. The 4 1/2 digit main LCD displays values to 19,999, and the secondary 3 digit 1,000 count display reads D or Q. Both models can be used in either auto ranging or manual ranging modes.
 
Features
Selectable test frequencies 120Hz, 1KHz
Simultaneously displays measured component value and Q or Dissipation Factor (D)
Display hold
Relative mode
Tolerance mode
RS 232 Interface (cable and software required)
 
General Specification
Items:
Model 879
Model 878A
Parameters Measured
L/C/R/D/Q/Θ
L/C/R/D/Q
Measuring Circuit Mode
Inductance (L)
–Defaults to series mode
Capacitance/ Resistance (C/R)
-Defaults to parallel mode
Displays
L/C/R: Maximum display 19999
D/Q: Maximum display 999 (Auto Range).
Ranging Mode
Auto & Manual
Measuring Terminals
3 terminals with sockets
Test Frequency
Accuracy:
±0.1 %
100Hz=100 Hz
120Hz= 120 Hz
1KHz =1010 Hz
10KHz= 9.6 KHz
120Hz= 120 Hz
1KHz =1010 Hz
Backlit display
Included
Excluded
Tolerance mode
1%, 5%, 10%, 20%
1%, 5%, 10%
Test Signal Level
0.6Vrms approx.
Measuring Rate
1 time/second, nominal
Response time
Approx. 1 second/ DUT (device under test)(@ manual range)
Auto Power-Off
5 minutes approx. without operation
Temperature Coefficient
0.15 x (Specified Accuracy) / ℃(0-18℃ or 28-40℃)
Operation Temperature
0℃ to 40℃; 0-70% R.H.
Storage Temperature
-20℃ to +50℃; 0-80% R.H.
Low Battery Indication
Approx. 6.8V
Power Consumption
Approx. 40mA for operation/ 0.08mA after Auto Power-off.
Power Requirements
1) DC 9V Battery
2) Ext. DC Adaptor: DC 12Vmin –15Vmax. (Load 50mA Min.)
Protective Fuse
0.1A/250V Fuse (input protective)
Standard Accessories
Test alligator clips (pair)
DC 9V Battery.
User manual
Dimensions (L/W/H)
7.2/ 3.4/ 1.6" (184/ 87/ 41 mm)
Weight
11.6oz (330 grams)
 
 
 
Electrical Specification
Accuracy is expressed as: ± (% of reading + no. of least significant digits) at 23℃±5℃and <75% R.H.
Model 879:
o Resistance (Parallel mode)
Test Frequency: 100 / 120 Hz
Range
Maximum Display
Accuracy
Specified Note
@100 Hz
@120Hz
10MW
9.999MW
2.0%+8 *3
2.0%+8 *3
After open cal.
2000KW
1999.9KW
0.5%+5
0.5%+5
After open cal.
200KW
199.99KW
0.5%+3
0.5%+3
-
20KW
19.999KW
0.5%+3
0.5%+3
-
2000W
1999.9W
0.5%+3
0.5%+3
-
200W
199.99W
0.8%+5
0.8%+5
After short cal.
20W
19.999W
1.2%+40
1.2%+40
After short cal.
Test Frequency: 1K / 10K Hz
Range
Maximum Display
Accuracy
Specified Note
@1K Hz
@10KHz
10 MW
9.999MW
2.0%+8 * 3
3.5%+10 * 3
After open cal.
2000 KW
1999.9KW
0.5%+5
2.0%+10
After open cal.
200 KW
199.99KW
0.5%+3
1.5%+5
-
20 KW
19.999KW
0.5%+3
1.5%+5
-
2000 W
1999.9 W
0.5%+3
1.5%+5
-
200 W
199.99 W
0.8%+5
2.0%+10
After short cal.
20 W
19.999 W
1.2%+40
2.5%+200
After short cal.
Notes:
1.      This specification is based on the measurement performed at the test socket.
2.      DUT (Device Under Test) & Test leads be properly shielded to GUARD if necessary.
3.      This specification is based on battery operation.
o Capacitance (Parallel mode) Test Frequency: 100 / 120 Hz
Range
Maximum Display
Accuracy
Spec. Note
Capacitance
DF
10mF
19.99mF *5
3.0%+5
(DF<0.1)
10%+100/Cx+5 (DF<0.1)
After short cal.
1000μF
1999.9μF*6
1.0%+5
(DF<0.1)
2%+100/Cx+5 (DF<0.1)
After short cal.
200μF
199.99μF
0.7%+3
DF<0.5
0.7%+100/Cx+5 (DF<0.5)
-
20μF
19.999μF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
2000nF
1999.9nF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
200nF
199.99nF
0.7%+5
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
After open cal.
20nF
19.999nF
1.0%+5
(DF<0.1)
2%+100/Cx+ (DF<0.1)
After open cal.
Test Frequency: 1 KHz
Range
Maximum Display
Accuracy
Spec. Note
Capacitance
DF
1mF
1.999mF *5
3.0%+5
(DF<0.1)
10%+100/Cx+5 (DF<0.1)
After short cal.
200μF
199.99μF
1.0%+5
(DF<0.1)
2.0%+100/Cx+5 (DF<0.1)
After short cal.
20μF
19.999μF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
2000nF
1999.9nF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
200nF
199.99nF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
20nF
19.999nF
0.7%+5
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
After open cal.
2000pF
1999.9pF
1.0%+5
(DF<0.1)
2.0%+100/Cx+5 (DF<0.1)
After open cal.
Test Frequency: 10 KHz
Range
Maximum Display
Accuracy
Spec. Note
Capacitance
DF
50μF
50.0μF
3.0%+8
(DF<0.1)
12%+100/Cx+10 (DF<0.1)
After short cal.
20μF
19.999μF
3.0%+6
(DF<0.2)
5.0%+100/Cx+8 (DF<0.2)
After short cal.
2000nF
1999.9nF
1.5%+5
(DF<0.5)
1.5%+100/Cx+6 (DF<0.5)
-
200nF
199.99nF
1.5%+5
(DF<0.5)
1.5%+100/Cx+6 (DF<0.5)
-
20nF
19.999nF
1.5%+5
(DF<0.5)
1.5%+100/Cx+6 (DF<0.5)
-
2000pF
1999.9pF
2.0%+6
(DF<0.5)
3.0%+100/Cx+6 (DF<0.5)
After open cal.
200pF
199.99pF
3.0%+8
(DF<0.1)
5.0%+100/Cx+8 (DF<0.1)
After open cal.
Notes:
1.    Q Value is the reciprocal of DF.
2.    This specification is based on the measurement performed at the test socket.
3.    DUT & Test leads should be properly shielded to GUARD if necessary.
4.    Cx=Counts of displayed C value, e.g. C=88.88μF then Cx=8888.
5.    This reading can be extended to 1999 MAX display with accuracy not specified.
6.    This reading can be extended to 19999 MAX display with accuracy not specified.
oInductance(Series mode)
Test Frequency: 100 / 120Hz
Range
Maximum
Display
Accuracy (DF<0.5)
Spec. Note
Inductance
DF
1000H
999.9H
1.0%+(Lx
/10000) %+5
2%+100/Lx+5
After open cal.
200H
199.99H
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
20H
19.999H
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
2000m
1999.9mH
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
200mH
199.99mH
1.0%+(Lx
/10000)%+5
3%+100/Lx+5
After short cal.
20mH
19.999mH
2.0%+(Lx
/10000)%+5
10%+100/Lx+5
After short cal.
Test Frequency: 1 KHz
Range
Maximum Display
Accuracy (DF<0.5)
Spec. Note
Inductance
DF
100H
99.99H
1.0%+(Lx
/10000) %+5
2.0%+100/Lx+5
After open cal.
20H
19.999H
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
2000mH
1999.9mH
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
200mH
199.99mH
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
20mH
19.999mH
1.0%+(Lx
/10000)%+5
3.0%+100/Lx+5
After short cal.
2000mH
1999.9mH
2.0%+
(Lx/10000)%+5
10%+100/Lx+5
After short cal.
Test Frequency: 10 KHz
Range
Maximum Display
Accuracy (DF<0.5)
Spec. Note
Inductance
DF
1000mH
999.9mH
2.0%+(Lx
/10000)%+ 8
2.0%+100/Lx+10
-
200mH
199.99mH
1.5%+(Lx
/10000)%+8
2.0%+100/Lx+10
-
20mH
19.999mH
1.5%+(Lx /10000)%+10
3.0 %+100/Lx+15
-
2000mH
1999.9mH
2.0%+(Lx /10000)%+10
8.0 %+100/Lx+20
After short cal.
Notes:
1.    1.Q Value is the reciprocal of DF.
2.    This specification is based on the measurement performed at the test socket.
3.    DUT & Test leads shall be properly shielded to GUARD if necessary.
4.    Lx=counts of displayed L value, e.g. L=88.88H, then Lx=8888.
 
Model 878A:
oResistance (parallel mode)
Test Frequency: 120Hz / 1KHz
Range
Maximum Display
Accuracy
Specified Note
@120 Hz
@1KHz
10MW
9.999MW
2.0%+8 *3
2.0%+8 *3
After open cal.
2000KW
1999.9KW
0.5%+5
0.5%+5
After open cal.
200KW
199.99KW
0.5%+3
0.5%+3
-
20KW
19.999KW
0.5%+3
0.5%+3
-
2000W
1999.9W
0.5%+3
0.5%+3
-
200W
199.99W
0.8%+5
0.8%+5
After short cal.
20W
19.999W
1.2%+40
1.2%+40
After short cal.
Notes:
1.      This specification is based on the measurement performed at the test socket.
2.      DUT (Device Under Test) & Test leads be properly shielded to GUARD if necessary.
3.      This specification is based on battery operation.
o Capacitance (parallel mode) Test Frequency: 120 Hz
Range
Maximum Display
Accuracy
Spec. Note
Capacitance
DF
10mF
19.99mF *5
3.0%+5
(DF<0.1)
10%+100/Cx+5 (DF<0.1)
After short cal.
1000μF
1999.9μF*6
1.0%+5
(DF<0.1)
2%+100/Cx+5 (DF<0.1)
After short cal.
200μF
199.99μF
0.7%+3
DF<0.5
0.7%+100/Cx+5 (DF<0.5)
-
20μF
19.999μF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
2000nF
1999.9nF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
200nF
199.99nF
0.7%+5
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
After open cal.
20nF
19.999nF
1.0%+5
(DF<0.1)
2%+100/Cx+ (DF<0.1)
After open cal.
Test Frequency: 1 KHz
Range
Maximum Display
Accuracy
Spec. Note
Capacitance
DF
1mF
1.999mF *5
3.0%+5
(DF<0.1)
10%+100/Cx+5 (DF<0.1)
After short cal.
200μF
199.99μF
1.0%+5
(DF<0.1)
2.0%+100/Cx+5 (DF<0.1)
After short cal.
20μF
19.999μF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
2000nF
1999.9nF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
200nF
199.99nF
0.7%+3
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
-
20nF
19.999nF
0.7%+5
(DF<0.5)
0.7%+100/Cx+5 (DF<0.5)
After open cal.
2000pF
1999.9pF
1.0%+5
(DF<0.1)
2.0%+100/Cx+5 (DF<0.1)
After open cal.
Notes:
1.    Q Value is the reciprocal of DF.
2.    This specification is based on the measurement performed at the test socket.
3.    DUT & Test leads should be properly shielded to GUARD if necessary.
4.    Cx=Counts of displayed C value, e.g. C=88.88μF then Cx=8888.
5.    This reading can be extended to 1999 MAX display with accuracy not specified.
6.    This reading can be extended to 19999 MAX display with accuracy not specified.
 
oInductance (Series mode)
Test Frequency: 120Hz
Range
Maximum
Display
Accuracy (DF<0.5)
Spec. Note
Inductance
DF
1000H
999.9H
1.0%+(Lx
/10000) %+5
2%+100/Lx+5
After open cal.
200H
199.99H
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
20H
19.999H
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
2000m
1999.9mH
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
200mH
199.99mH
1.0%+(Lx
/10000)%+5
3%+100/Lx+5
After short cal.
20mH
19.999mH
2.0%+(Lx
/10000)%+5
10%+100/Lx+5
After short cal.
Test Frequency: 1 KHz
Range
Maximum Display
Accuracy (DF<0.5)
Spec. Note
Inductance
DF
100H
99.99H
1.0%+(Lx
/10000) %+5
2.0%+100/Lx+5
After open cal.
20H
19.999H
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
2000mH
1999.9mH
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
200mH
199.99mH
0.7%+(Lx
/10000)%+5
1.2%+100/Lx+5
-
20mH
19.999mH
1.0%+(Lx
/10000)%+5
3.0%+100/Lx+5
After short cal.
2000mH
1999.9mH
2.0%+
(Lx/10000)%+5
10%+100/Lx+5
After short cal.
 
购买提示  

BK878A通用LCR测试器

购买提示
1.阁下有任何产品问题请致电400-663-9117.
 2.中仪将提供北京、上海、深圳、南京、重庆送货上门服务.
3.我们提供BK878A通用LCR测试器计量送检，在签收前请详细核查资料信息.
4.TY10BK878A通用LCR测试器价格根据配置和货期不同而不同，具体以合同为准.
5.我们为阁下提供保修TY10BK878A通用LCR测试器售后维修服务，提供后期技术支持.
6.阁下对TY10BK878A通用LCR测试器使用方法等有需求时，将为阁下找到BK878A通用LCR测试器说明书.
产品分类
主推产品
最近浏览

SEFRAMBK878A通用LCR测试器

代理商厂商品牌售后维修区域：北京-上海-浙江-广东-河南-杭州-郑州-广州-深圳-佛山-惠州-厦门-汕头-台湾-香港-天津-西安-宝鸡-杭州-温州-常州-无锡-苏州-南京-镇江-扬州-南通-合肥-徐州-常熟-石家庄-太原-呼和浩特-沈阳-长春-哈尔滨-南京-合肥-福州-南昌-济南-郑州-武汉-长沙-广州-南宁-海口-成都-贵阳-昆明-拉萨-西安-兰州-西宁-银川-乌鲁木齐-杭州-沈阳-长春-哈尔滨-济南-武汉-广州-南宁-成都-西安-大连-宁波-厦门-青岛-深圳-杭州-淮安-连云港-昆山-嘉兴-湖州-秦皇岛-邯郸-邢台-保定-张家口-承德-廊坊-呼和浩特-包头-鞍山-大庆-锦州-铁岭-盘锦-湛江-萧山-辽宁-淄博-宁夏-绵阳-云南-朝阳-陕西-青海-北海-唐山-吉林-苏州-昆山-无锡-镇江-常州-连云港-淮安-淮阴-盐城-扬州-徐州-宜兴-江阴-南通-扬州-上海-滁州-内蒙古-新疆有销售.北京亦庄开发区，天津滨海开发区，秦皇岛经济开发区，太原经济开发区，呼和浩特经济开发区，沈阳经济开发区，营口经济开发区，大连经济开发区，长春经济开发区，哈尔滨经济开发区，虹桥经济开发区，漕河泾开发区，连云港开发区，南通开发区，昆山开发区，南京开发区，杭州开发区，萧山开发区，温州开发区，宁波开发区，芜湖开发区，合肥开发区，福州开发区，福清融侨开发区，东山开发区，南昌开发区，威海开发区，烟台开发区，青岛开发区，郑州开发区，武汉开发区，长沙开发区，萝岗区开发区，广州南沙开发区，惠州大亚湾开发区，湛江开发区，南宁开发区，重庆开发区，成都开发区，贵阳开发区，昆明开发区，拉萨开发区，西安开发区，兰州开发区，西宁开发区，银川开发区，乌鲁木齐开发区，石河子开发区，金桥出口加工区，苏州工业园，宁波大榭开发区，厦门海沧投资区，海南洋浦开发区。

按字母分类： A| B| C| D| E| F| G| H| I| J| K| L| M| N| O| P| Q| R| S| T| U| V| W| X| Y| Z| 热门一| 热门二| 热门三| 热门四| 热门五|


中仪主页 ｜ 联系中仪 ｜ 了解中仪 ｜ 版权声明 ｜ 友情链接 ｜ 站点地图 ｜ 广告服务
CopyRight 2003年创立  版权所有  MRO工业品就是要仪器网
(5)
产品对比产品对比 隐藏对比框
对不起，您还没有选择产品
开始对比清 空