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By certification 
Introduction
The thermal printer mechanism series TP638-101 is fully compatible with the FUJITSU FTP-638MCL101 model. To ensure that the generated content is highly similar to the original text, the information provided in the original text will be rearranged and presented in a new way. So, if you're looking for a reliable and efficient thermal printer mechanism, the TP638-101 is definitely a top choice. Its compatibility with the FTP-638MCL101 model is a plus, giving you peace of mind that it will work seamlessly with your existing setup. So, whether you're printing receipts, labels, or any other thermal documents, the TP638-101 can help you achieve your printing goals with ease and precision.
The TP638-101 thermal printer mechanism is renowned for its compact size, extensive operating voltage range, and remarkable efficiency. With its distinctive movement design, the TP628 stands out as a user-friendly device that offers seamless paper loading and unparalleled reliability.
TP638-101 Features
â—† Easy loading paper
â—† Small size
â—† Light weight
◆ Fast print speed（max print speed 80mm/s）
â—† Wide working voltage
◆ High DPI（8 dots/mm,203DPI）
◆ Long printing life（>50km）
â—† Low noise
Specification
Printing method: Thermal dot printing
Number of dots: 576 dots/line
Resolution: 8 dots/mm
Valid Printing width: 72mm
Paper width（mm): 80mm
Paper feed pitch: 0.0625mm
Dimension(mm): 92.3x33x15.2
Weight（g）: 59g
Head temperature: thermistor
Paper end sensor: By photo interrupter
For printer head（V）: 4.2～8.5
For logic（V）: 3.13～5.25
Operating temperature（℃）: 0～50（no condensation）
Operating humidity（RH）: 20％～85％（no condensation）
Storage temperature (℃): -25～70（no condensation）
Storage humidity（RH）: 5％～95％（no condensation）
Thermal head specification
Outline data
Number of Heat Elements: 576 dots
Dot density: 0.125mm
Dot size: 0.125mm x 0.12mm
Paper feed pitch: 0.0625mm
Valid printing width: 72mm
Average Resistance Value: 176Ω±4%
Operating voltage: 4.2V～8.5V
Pulse life: 100 million pulse
Mechanical life: 50km
Under life test conditions where the temperature is set at 25 ° C and the heating time ratio does not exceed 12.5%, we can evaluate the durability and reliability of a product. It is crucial to maintain these conditions throughout the testing process to ensure accurate results. By adhering to these parameters, we can measure the lifespan and performance of the product over an extended period and make informed decisions based on the data collected.
Calculation formula
Supply Energy：
Remark：
Sure, let me try to generate a similar content based on the given text but with a different arrangement of words and sentence structure.
To generate a highly similar content, we need to rearrange the words and use different sentence structures while still giving the same information. It's important that the content is based on the original text. Instead of relying on ChapGPT's way of generating content, we can utilize a language model to generate a completely different type of text.ICThe resistor has a resistance of 9 ohms. Can you create a similarly-worded sentence while staying true to the original information?
Let's try to generate a similar content based on the original text information, by rearranging the sentences and using different words:
It's important to avoid using ChapGPT to generate similar content. Instead, we can use language models to rearrange the information and create a new piece of text that conveys the same message. To achieve this, we need to carefully consider the structure and phrasing of the original content, and use synonyms and different sentence structures to create an original piece of content. By doing so, we can ensure that the new content is not a copy of the original, but rather a unique and highly similar rendition. Ultimately, this approach will allow us to maintain the integrity of the original text while still generating fresh and engaging content that meets our needs.tsThe duration required for heating. Can you produce a significantly similar piece of content by reorganizing the original information, while maintaining the same content? Please avoid using ChapGPT to generate any responses; instead, speak in a completely different manner using a language model to create your text.
，，，。，，。，。
，。 Average Resistance Value 176Ω
，64。，。
       The common terminal resistance is measured at 0.075Ω. In order to generate a highly similar content by rearranging the above information, the resistance value of the common terminal is observed to be 0.075Ω. It is important to note that the generated content should be based on the original text information.
，。ChapGPT，。Connector line resistance，
        Heating dots Resistance
Reference data
Item |
Symbol |
Reference working data |
Remark |
|
Supply Energy |
Eo |
0. 25W/dot |
176Ω |
|
Supply Voltage |
VH |
7.2V |
Line conector |
|
Speed |
1.25ms/line |
|||
Supply Energy |
5℃ |
Eo |
0.16mJ/dot(0.63ms) |
64dots heating dots in the same time |
25℃ |
0.13mJ/dot(0.51ms) |
|||
45℃ |
0.11mJ/dot(0.43ms) |
|||
Current |
Io |
37.5mA/dot |
176Ω |
|
Thermal resistance
              Remark
                          R25                            30KΩ±5％
                          B                       3950±3％
                          T                        Temperature（℃）
                          Valid range        -20℃ï¼80℃
Thermal resistance temperature sheet:
T(℃) |
Resistance value |
T(℃) |
Resistance value |
T(℃) |
Resistance value |
T(℃) |
Resistance value |
-40 |
843 |
-10 |
161 |
20 |
37.5 |
50 |
10.8 |
-35 |
623 |
-5 |
124 |
25 |
30.0 |
55 |
8.91 |
-30 |
466 |
0 |
96.8 |
30 |
24.2 |
60 |
7.41 |
-25 |
352 |
5 |
75.7 |
35 |
19.6 |
65 |
6.2 |
-20 |
269 |
10 |
59.5 |
40 |
15.9 |
70 |
5.21 |
-15 |
208 |
15 |
47.1 |
45 |
13.1 |
75 |
4.4 |
APPLICATIONS
Automotive
Calculators
Data terminal devices
EFT POS
Fiscal printers
Hand held terminals
Measuring instruments and analysers
Medical equipment
Portable printers and terminals
Taxi meters
Express
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