forward-bias的音標是["f??w?d-b??] ,基本翻譯是正向偏置或前向偏壓。速記技巧可以通過詞根詞綴記憶法來記憶。
Forward-bias的英文詞源是“forward”和“bias”兩個詞。其中,“forward”意為“向前”或“正方向”,而“bias”意為“偏斜”或“傾斜”。因此,“forward-bias”可以理解為“向前偏斜”或“正偏斜”。
變化形式:
1.名詞形式為“forward-bias (n.)”,意為“正偏斜”或“向前偏斜”。
2.形容詞形式為“forward-biased (adj.)”,意為“向前偏斜的”或“偏向正面的”。
相關(guān)單詞:
1. bias (n.):偏見,偏見的影響。例如:“由于種族偏見,他做出了錯誤的判斷。”
2. pro-forward:意為“支持前進步伐的”。例如:“作為投資者,我們應(yīng)當支持前進步伐,而不是停滯不前。”
3. forward-oriented:意為“面向前方的”或“面向未來的”。例如:“這家公司注重發(fā)展,積極推動技術(shù)創(chuàng)新,因此被認為是一個非常有前途的、面向前方的企業(yè)。”
4. forward-thinking:意為“前瞻性的”或“有遠見的”。例如:“這個國家在教育方面采取了前瞻性的政策,注重培養(yǎng)創(chuàng)新型人才。”
5. forward-looking:意為“向前看的”或“有遠見的”。例如:“這個公司一直保持著向前看的態(tài)度,不斷探索新的市場機會。”
6. bias-free:無偏見的,無偏見主義的。例如:“我們應(yīng)當努力創(chuàng)造一個無偏見的社會環(huán)境。”
7. forward-drive:前驅(qū)的,前驅(qū)裝置。例如:“這款車配備了前驅(qū)裝置,能夠更好地適應(yīng)城市駕駛。”
8. forward-adjustment:前調(diào)整,向前調(diào)整。例如:“為了適應(yīng)新的環(huán)境,我們需要向前調(diào)整自己的心態(tài)和行為。”
9. forward-adjustment bias:向前調(diào)整的傾向。例如:“他有一種向前調(diào)整的傾向,總是能夠迅速適應(yīng)新的環(huán)境和工作。”
10. forward-bias voltage:正向偏壓電壓。例如:“在電子學(xué)中,正向偏壓電壓可以用來驅(qū)動半導(dǎo)體器件。”
短語:forward-bias voltage,正向偏壓
例句:The forward-bias voltage of the diode can be adjusted by changing the applied voltage.
翻譯:二極管的正向偏壓可以通過改變所施加的電壓來調(diào)整。
英文小作文:
Title: The Benefits of Using Diodes with Forward-Bias Voltage
Diodes are essential components in electronic circuits. By applying a forward-bias voltage, they can effectively block the flow of current in one direction, making them ideal for use in various applications. From power supplies to signal processing, diodes play a crucial role in ensuring reliable and efficient operation.
In addition to their practical applications, forward-bias voltage also has a significant impact on the performance of diodes. By adjusting the voltage, designers can fine-tune the characteristics of the diode to meet specific requirements. This allows for greater flexibility in circuit design and ensures optimal performance.
By incorporating diodes with forward-bias voltage into our daily lives, we can enjoy a myriad of benefits. From improved efficiency to enhanced safety, these components contribute significantly to the advancement of modern technology. Therefore, it is essential to understand their role and importance in order to make informed decisions when selecting and using them.