Page 22 - Electric&Electronics - Total Solution for Analyzing Electronic Devices

Evaluation of Mass

Evaluation of Surface Hardness Measurement of Weight

● Evaluation of Film Thickness, Surface Treatment Layer, and Microelectronic Components ● Con rmation of Electronic Circuit Board Weight during
Manufacturing and Measurement of Semiconductor Microcomponent Weight
Dynamic Ultra Micro Hardness Tester
DUH-211 / 210 Series Shimadzu Analytical Balances
AP Series
These models evaluate hardness related to mechanical strength or *This photo shows an AP135W model.
*The ionizer is an optional product.
friction properties based on the penetration depth of an indenter in
response to a micro test force applied. ・High Speed
The response time for trace measurements (from 1 mg) is about 2 seconds. This signi cantly improves weighing ef ciency.
・Stress Free
Supports installing a STABLO-AP ionizer. This eliminates the in uence of static electricity, achieving reliable measurements with a simpler procedure.
・For Regulation
Interlocking with LabSolutions Balance enables compliance with a variety of data integrity regulations, including ISO 17025 for testing laboratories,
ISO 9001 and ISO 14001 for the manufacturing industry, and GLP/GMP and the United States Pharmacopeia (USP) for the pharmaceutical industry.
Plating Layer on Metal Plate SiO2 Film (1 µm) Test Force: 1 mN Dynamic Hardness Calculation Formula ・For HPLC
(Plating layer: About 10 µm) Includes functionality for preparing buffer solutions used in HPLC operations and supports complicated preparation processes. As a result, operation can
F 115-degree triangular pyramid indenter
DHT115 = 3.858×F/h2 be performed accurately and easily, even by non-specialists.
・Save Your Operation
Equipped standard with a USB port. Includes many diverse functions to support users.
AP-W/AP-X series (with internal weights) AP-Y series (without internal weights)
DLC Film Test Force: 50 mN
Fast Response with UniBloc AP Technology Built-in STABLO-AP Ionizer
h
Shimadzu analytical balances boast the one-piece UniBloc weighing A separately sold STABLO-AP ionizer can be
Sample F : Load (mN) installed (except in AP-Y model).
d1 h : Penetration depth (µm) sensor, which is now even more advanced.
d1 and d2: Diagonal length (µm) The response time is reduced to about 1/5 the time of previous models. The ionizer can eliminate invisible static electricity
(using Vickers indenter) to achieve more reliable measurements.
d2
Response during Trace Measurements with the 0.01 mg Model
(Equivalent to 1 mg, with Conditions Set by Shimadzu) Greater Expandability with a USB Port
1.2 AP225WD (New model) AUW220 (Previous model) Previous All models are equipped with a USB port. That enables the balance to be
● Measurement of Viscosity of Sealing Epoxy Resins for Printed Circuit Boards and ICs 0.8 model AP connected to a computer.
0.6
0.4
Flowtester (Capillary Rheometer) Indication (mg) 1.0 10sec 2sec A USB host is installed in AP-W series models for saving data on a USB
ash drive, connecting a keyboard, or connecting a barcode reader.
0.2
CFT-500EX / 100EX 0.0 0 AP225WD: Approx. 2 sec 6 7 8 9 10 Time (sec)
4
5
1
2
3
12
11
AUW220: Approx. 10 sec
These owtesters are a type of capillary rheometer that can provide data necessary for Response during Trace Measurements with the 0.1 mg Model
determining plastic molding parameters by measuring the melt viscosity and other (Equivalent to 1 mg, with Conditions Set by Shimadzu)
aspects of plastics, including thermoset plastics, which are dif cult to measure using a 1.2 AP324W (New model) AUX320 (Previous model) Previous AP
Indication (mg) 1.0 Equipped Standard with a USB Port AP-W Series
model
regular rheometer. They are especially useful for determining molding parameters for 0.8
epoxy resins and other resins commonly used in electronic devices. 0.6 7sec 1.5sec
0.4
0.2
0.0
1
2
0
3
11
12
5
4
AP324W: Approx. 1.5 sec 6 7 8 9 10 Time (sec)
AUX320: Approx. 7 sec
Time vs. Viscosity Curve of Epoxy Resin
For Customers Using a High-Performance Liquid Chromatograph (HPLC)
1.0E+3Pa.s
Buffer Solution Preparation Mode (AP-W Only) Supports 13 types of buffer solutions commonly used for HPLC.
Specify the type and quantity of buffer solution and then simply follow the instructions displayed to prepare buffer solutions easily.
1.0E+2 That will help increase the ef ciency of routine analytical operations and prevent measurement errors.
Viscosity
1.0E+1 Registered Buffer Solutions (Partial List) Buffer Solution Preparation Procedure
No. List of Buffer Solution
1 100 mM Phosphoric acid (sodium) buffer solution pH＝2.1
1.0E0Pa.s
0s 5 10 11 13 15 20s
Time This data shows how viscosity varies as 2 10 mM Phosphoric acid (sodium) buffer solution pH＝2.6
a function of time and how the 3 Select the buffer solution mode. Displays the name and quantity of
minimum viscosity value can differ 50 mM Phosphoric acid (sodium) buffer solution pH＝2.8 acids and bases.
depending on the testing temperature. 4 100 mM Phosphoric acid (sodium) buffer solution pH＝6.8
：165 ℃ ：175 ℃ 5 10 mM Phosphoric acid (sodium) buffer solution pH＝6.9
Specify the type and quantity of
buffer solutions. Prepare as instructed on screen.
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