The value of a Franklin Mint Xena collector knife can vary significantly based on factors such as its condition, rarity, and market demand. Generally, these knives can range anywhere from $50 to $150 or more for well-preserved pieces. For the most accurate valuation, it is advisable to check recent sales on platforms like eBay or consult with collectors and appraisers.
I have a set of 6 Franklin Mint gun pocket knives, what are they worth?
Franklin Mint products have little to no collector value, so it's only worth its weight in whatever metal was used to make it.
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The hFe (current gain) on the BC148 ranges from a minimum value of 20 to 100, depending on collector current, with a maximum value of 300.
mint pocket knife is one of the most rare knives in the world with only 3 in existence, its got a button on the left handle with a spiral monkey face like a donkey with a bum attack in the hospital in an unknown country called bang'goo'rang'naa'two
it's up to you.
It would destroy the collector value however it would still be worth around $10 for its silver value.
A complete set of Franklin half dollars is 35 coins. Going purely by their current silver melt value of about $10.50, a full set is worth at least $367.50. For specimens in better condition, the collector value could be even higher. There may be additional value besides simply for having a complete collection.
the profit goes to Franklin Mint. There is very little demand for Franklin items as collector items. Difficult to even re-cupe your investment..............
The maximum collector current is normally rated to be the current at which the DC current gain (hFE) falls to 50% of its maximum value. The maximum peak current is Page 2 Operation notes Transistors Rev.A 2/7 rated at a value which ensures reliability within the maximum allowed junction temperature.
For a fixed value of Vbe,as Vce increases the reverse bias on the collector base junction increases,hence the width of the depletion layer increases.therefore base width decreases,so collector current increases. To minimise this effect base must be heavily doped than collector CONSEQUENCES: ->due to early effect collector current increases with increasing Vce,for a fixed value of Vbe. ->the base current do not change significantly Early effect=collector current * correction factor
The base current increase (decrease) is due to an increase (decrease) in vBE.The increase (decrease) in vBE increases (decreases) the injection of carriers from the heavily doped emitter.Most of these carriers cross the thin base region without recombining and are then swept across the base-collector junction into the collector region. A small percentage don't and these form the base current. the collector current is exponential in the base-emitter voltage:iC=IS^e(vBE/VT)To get a feel for this, consider this question: to double the collector current, how much would vBE need to increase?For example, assuming the bias value is VBE=0.7V, increasing this voltage by a mere 17mV (an increase of just under 2.5%) will double the collector current.According to the collector current equation, if we change the base-emitter voltage from its quiescent value by some small amount, the change in collector current is approximately:ΔiC=(IC/VT)ΔvBEAs a typical example, let the quiescent collector current IC=1mA. At room temperature, VT=25mV.Then, for these numbers, the collector current changes by 4% when the base-emitter voltage changes by 1mV.